mhurhangee/patent-ind-claim-en huggingface dataset:
Prosthesis for enterostomy patients, comprising: - at least a tubular element of elongated shape and insertable substantially to size inside of a stoma made on the abdominal wall of a patient; - at least first obstruction means configured to obstruct at least one area of the stoma , associated with a first end of said tubular element and movable between a restricted configuration and an enlarged configuration to allow the insertion/extraction into/from said stoma respectively, and to prevent leakage of feces from the stoma itself; - at least a first through duct made on said tubular element , communicating with said first obstruction means and having valve means connectable to forced introduction/extraction means of a fluid into/from said first obstruction means ; - at least a second through duct made on said tubular element , communicating with the inside of the stoma and having filtering means for the outflow of gases from the stoma itself; and - at least an external retaining element associated with a second end of said tubular element opposite to said first end and able to cooperate, in use, with at least one portion of the abdominal wall and having at least two through holes arranged at said first duct and said second duct ; wherein said tubular element and said retaining element are made of a flexible material, characterised in that said prothesis comprises stiffening means associated with at least one of said ducts wherein said stiffening means are made of an elastomeric material of predefined hardness. - at least a tubular element of elongated shape and insertable substantially to size inside of a stoma made on the abdominal wall of a patient; - at least first obstruction means configured to obstruct at least one area of the stoma , associated with a first end of said tubular element and movable between a restricted configuration and an enlarged configuration to allow the insertion/extraction into/from said stoma respectively, and to prevent leakage of feces from the stoma itself; - at least a first through duct made on said tubular element , communicating with said first obstruction means and having valve means connectable to forced introduction/extraction means of a fluid into/from said first obstruction means ; - at least a second through duct made on said tubular element , communicating with the inside of the stoma and having filtering means for the outflow of gases from the stoma itself; and - at least an external retaining element associated with a second end of said tubular element opposite to said first end and able to cooperate, in use, with at least one portion of the abdominal wall and having at least two through holes arranged at said first duct and said second duct ; wherein said tubular element and said retaining element are made of a flexible material, characterised in that said prothesis comprises stiffening means associated with at least one of said ducts wherein said stiffening means are made of an elastomeric material of predefined hardness.
A method for enabling a wireless device to mitigate interference in a wireless communication system, the method carried out by a base station, the method comprising: accessing a constrained set of available parameters; mitigating the interference of a transmission by using a selected one of the constrained set of available parameters assigned to a target wireless device served by the base station; wirelessly unicasting the mitigated transmission to the target wireless device; wherein the constrained set of available parameters is selected to be sufficient for a user equipment, UE, non-served by the base station to decode the transmission using a plurality of hypotheses based upon the constrained set of resources. accessing a constrained set of available parameters; mitigating the interference of a transmission by using a selected one of the constrained set of available parameters assigned to a target wireless device served by the base station; wirelessly unicasting the mitigated transmission to the target wireless device; wherein the constrained set of available parameters is selected to be sufficient for a user equipment, UE, non-served by the base station to decode the transmission using a plurality of hypotheses based upon the constrained set of resources.
A soft tissue suture repair system for securing soft tissue to bone, comprising: a suture filament including a self-locking mechanism and having a collapsible loop defined by the self-locking mechanism , the self-locking mechanism being configured to adjust a size of the collapsible loop by moving along a length of the suture filament , the suture filament further having a fixed tail and a tensioning tail , the fixed and tensioning tails extending from an opposite side of the self-locking mechanism than the collapsible loop extends from the self-locking mechanism , the tensioning tail being actuable to move the self-locking mechanism along a length of the suture filament to adjust the size of the collapsible loop , the system further comprising an implant coupled to the collapsible loop ; and a tissue augmentation tack coupled to the suture filament , the tissue augmentation tack having a generally cylindrical shape having a height ( H T ) and diameter ( D T ), wherein height ( H T ) is less than diameter ( D T ) and wherein diameter ( D T ) is at least two times greater than a diameter of the suture filament and disposed on the opposite side of the self-locking mechanism from the collapsible loop and characterized in that the tissue augmentation tack is coupled to the fixed tail such that the tissue augmentation tack is secured to the fixed tail in a fixed relationship. a suture filament including a self-locking mechanism and having a collapsible loop defined by the self-locking mechanism , the self-locking mechanism being configured to adjust a size of the collapsible loop by moving along a length of the suture filament , the suture filament further having a fixed tail and a tensioning tail , the fixed and tensioning tails extending from an opposite side of the self-locking mechanism than the collapsible loop extends from the self-locking mechanism , the tensioning tail being actuable to move the self-locking mechanism along a length of the suture filament to adjust the size of the collapsible loop , the system further comprising an implant coupled to the collapsible loop ; and a tissue augmentation tack coupled to the suture filament , the tissue augmentation tack having a generally cylindrical shape having a height ( H T ) and diameter ( D T ), wherein height ( H T ) is less than diameter ( D T ) and wherein diameter ( D T ) is at least two times greater than a diameter of the suture filament and disposed on the opposite side of the self-locking mechanism from the collapsible loop and characterized in that the tissue augmentation tack is coupled to the fixed tail such that the tissue augmentation tack is secured to the fixed tail in a fixed relationship.
Battery module , notably for a motor vehicle, comprising a stack of electrochemical cells and a heat exchanger , the heat exchanger comprising: - a plurality of heat exchange elements , between which there is positioned at least one electrochemical cell in thermal and mechanical contact against at least one heat exchange element , and - a plurality of heat transfer fluid circulation channels joined mechanically to the heat exchange elements , - at least one heat transfer fluid manifold , characterized in that the heat transfer fluid circulation channels respectively have at least one end joined mechanically to the manifold with the interpositioning of a compressible seal ring . - a plurality of heat exchange elements , between which there is positioned at least one electrochemical cell in thermal and mechanical contact against at least one heat exchange element , and - a plurality of heat transfer fluid circulation channels joined mechanically to the heat exchange elements , - at least one heat transfer fluid manifold , characterized in that the heat transfer fluid circulation channels respectively have at least one end joined mechanically to the manifold with the interpositioning of a compressible seal ring .
A method for waterproofing a wall having a wall opening through which a water combination extends, the method comprising: fitting a sleeve including a resiliently flexible collar which extends radially inwards to the water combination , the collar being expanded to fit about the water combination ; sealing a coupling element , separate from the sleeve and including a flange , to the sleeve ; sealing the flange of the coupling element to the wall ; adjusting the sleeve by trimming or cutting the sleeve to be substantially flush with the wall. fitting a sleeve including a resiliently flexible collar which extends radially inwards to the water combination , the collar being expanded to fit about the water combination ; sealing a coupling element , separate from the sleeve and including a flange , to the sleeve ; sealing the flange of the coupling element to the wall ; adjusting the sleeve by trimming or cutting the sleeve to be substantially flush with the wall.
A method for providing data connectivity with various types of data session continuity performed by an apparatus , the apparatus comprising a transceiver configured to communicate with a mobile communication network, a storage device and a processor , the method comprising: receiving a data session request; identifying a required continuity type based on the data session request, the required continuity type being selected from a plurality of continuity types supported by the mobile communication network, wherein the identifying comprises: applying a continuity selection policy to the data session request, the continuity selection policy being stored on the storage device and comprising one or more prioritized rules for selecting a required continuity type based on characteristics of the data session request; and establishing a protocol data unit, PDU, session having the required continuity type between the apparatus and the mobile communication network. receiving a data session request; identifying a required continuity type based on the data session request, the required continuity type being selected from a plurality of continuity types supported by the mobile communication network, wherein the identifying comprises: applying a continuity selection policy to the data session request, the continuity selection policy being stored on the storage device and comprising one or more prioritized rules for selecting a required continuity type based on characteristics of the data session request; and establishing a protocol data unit, PDU, session having the required continuity type between the apparatus and the mobile communication network.
A portable extinguisher for extinguishing a solid heat source of an aerosol generating article , the extinguisher comprising: an inner element extending between a first portion and an opposing second portion and having a longitudinal axis (L A ), the first portion comprising a cavity sized to receive a solid heat source of an aerosol generating article ; and an outer shell completely surrounding at least a portion of the inner element , the outer shell being slidable along the longitudinal axis (L A ) of the inner element between an open position and a covered position, the cavity being accessible in the open position and surrounded by the outer shell in the covered position, the inner element comprises a driving member that is movable along a guide element of the outer shell . an inner element extending between a first portion and an opposing second portion and having a longitudinal axis (L A ), the first portion comprising a cavity sized to receive a solid heat source of an aerosol generating article ; and an outer shell completely surrounding at least a portion of the inner element , the outer shell being slidable along the longitudinal axis (L A ) of the inner element between an open position and a covered position, the cavity being accessible in the open position and surrounded by the outer shell in the covered position, the inner element comprises a driving member that is movable along a guide element of the outer shell .
Antenna module for a motor vehicle , said motor vehicle comprising a vehicle body , wherein the antenna module comprises: - an antenna housing designed to be arranged partly inside the motor vehicle under said vehicle body and comprising: - at least one primary antenna ; - at least one electronic component ; - an upper cover on which said at least one primary antenna is arranged; - a lower cover designed to receive said at least one electronic component ; - a metal sheet designed to be located inside the motor vehicle and arranged between said at least one primary antenna and said at least one electronic component in order to provide electrical shielding with just one element. - an antenna housing designed to be arranged partly inside the motor vehicle under said vehicle body and comprising: - at least one primary antenna ; - at least one electronic component ; - an upper cover on which said at least one primary antenna is arranged; - a lower cover designed to receive said at least one electronic component ; - at least one primary antenna ; - at least one electronic component ; - an upper cover on which said at least one primary antenna is arranged; - a lower cover designed to receive said at least one electronic component ; - a metal sheet designed to be located inside the motor vehicle and arranged between said at least one primary antenna and said at least one electronic component in order to provide electrical shielding with just one element.
A hydrogen storing alloy, wherein the ratio of the maximal peak intensity present in a range of 2θ=31°-33° to the maximal peak intensity present in a range of 2θ=41°-44° is 0.1 or less and includes 0, as measured by X-ray diffraction in which a Cu-Kα ray is set as an X-ray source, and wherein the hydrogen storing alloy has a chemical composition of La (1-a-b) Y a Mg b Ni c Al d , wherein a satisfies 0.12≤a≤0.15, b satisfies 0.14≤b≤0.16, c satisfies 3.39≤c≤3.53, and d satisfies 0.13≤d≤0.17.
A method for determining Alzheimer's disease in a human patient, comprising the steps of: determining, in a sample from said human patient, a differential level of at least one miRNA within said sample, wherein the at least one miRNA is of SEQ ID NO: 77, and wherein the presence of a differential level of the at least one miRNA compared to the level of the at least one miRNA in a healthy control subject is indicative of the presence of Alzheimer's disease in the human patient.
A user terminal comprising: a transmission section configured to transmit a random access preamble in a resource associated with a service the user terminal wishes to use; and a receiving section configured to receive a part of system information required to use the service the user terminal wishes to use, wherein the part of the system information is received in a a random access response or in a a contention resolution message. a transmission section configured to transmit a random access preamble in a resource associated with a service the user terminal wishes to use; and a receiving section configured to receive a part of system information required to use the service the user terminal wishes to use, wherein the part of the system information is received in a a random access response or in a a contention resolution message.
A high-frequency electronic device comprising: a printed circuit board having conductive tracks and at least a first series of blind holes (4.1) that extend from a first face of the board and each of which is provided with an electrically conductive coating connected to at least one of the conductive tracks; and at least one connector that extends beside the first face and comprises a base and pins , each pin having a link segment (12.1) that is linked to the base and an end segment (12.2) that is free, characterized by the end segment (12.2) having a cross-section presenting at least one curved portion that is curved around an axis parallel to a longitudinal direction of the end segment (12.2) and the end segment (12.2) having side edges that are provided with electrical contact portions and that can be moved towards each other by causing the curved portion to deform elastically, each of the end segments (12.2) of the pins being received in a respective hole of the first series of blind holes (4.1), and said at least one curved portion being deformed elastically in such a manner that the contact portions are pressed elastically against the electrically conductive coating.
A method for recovering pulp fiber from a used sanitary product including pulp fiber and a polymer absorbent, comprising the step of: treating the used sanitary product with an ozone-containing gas to decompose and remove at least a portion of the polymer absorbent in the used sanitary product which decomposed and removed portion of the polymer absorbent is gasified and removed as carbon dioxide, wherein a product of the ozone concentration (g/m 3 ) of the ozone-containing gas and the treatment time (min) with the ozone-containing gas is 500 to 12,000m -3 ·g·min.
An optical lens comprising: a first lens member comprising at least one first lens , the first lens member having a first optical region and a first structural region surrounding the first optical region; a second lens member comprising a second lens barrel and at least one second lens mounted in the second lens barrel, the at least one second lens and the at least one first lens together forming an imaging optical system, the second lens member having a second optical region and a second structural region surrounding the second optical region, the second structural region having a second top surface and the second top surface having a groove ; and a first adhesive located in a first gap between the first lens member and the second lens member , the first adhesive being accommodated in the groove , and the first adhesive supporting and fixing the first lens member and the second lens member after curing; characterized in that the groove has a glue filling opening extending in radial direction through an outside surface of the second lens barrel, and the first adhesive is filled into the groove through the glue filling opening ; wherein the first adhesive has a viscosity of less than 500cps and flows in the groove when uncured. a first lens member comprising at least one first lens , the first lens member having a first optical region and a first structural region surrounding the first optical region; a second lens member comprising a second lens barrel and at least one second lens mounted in the second lens barrel, the at least one second lens and the at least one first lens together forming an imaging optical system, the second lens member having a second optical region and a second structural region surrounding the second optical region, the second structural region having a second top surface and the second top surface having a groove ; and a first adhesive located in a first gap between the first lens member and the second lens member , the first adhesive being accommodated in the groove , and the first adhesive supporting and fixing the first lens member and the second lens member after curing; characterized in that the groove has a glue filling opening extending in radial direction through an outside surface of the second lens barrel, and the first adhesive is filled into the groove through the glue filling opening ; wherein the first adhesive has a viscosity of less than 500cps and flows in the groove when uncured.
An apparatus for recovering clock and data from an M-level signal of a receiver in a transmission system, the apparatus having an input, a data output and a clock output and comprising: - an M-level log 2 (M)-bit analog-to-digital converter connected at the input of the apparatus, the M-level log 2 (M)-bit analog-to-digital converter being adapted to convert a first analog data (x1) of the M-level signal to a digital data received at the data output; - a first comparator connected at the input of the apparatus, the first comparator being adapted to compare an amplitude difference between the first analog data (x1) and a second analog data (x2); and - a logic unit (905-911) connected at the clock output of the apparatus, the logic unit (905-911) being adapted to provide through a truth table a digital output signal based on the digital data and the result of comparison of the amplitude difference, wherein: - the first analog data (x1) and the second analog data (x2) are sampled at a distance of one symbol period with respect to each of the first analog data (x1) and the second analog data (x2); - the first analog data (x1) and the second analog data (x2) have an identical sign, and - the M-level log 2 (M)-bit analog-to-digital converter comprises M-1 comparators and M-1 D-type flip-flops , each one of the M-1 D-type flip-flops being connected to a respective output of each one of the M-1 comparators and each one of the M-1 comparators being connected to a respective reference amplitude threshold and the input, wherein at least the output of the M-1 comparator with the highest reference amplitude threshold is inverted. - an M-level log 2 (M)-bit analog-to-digital converter connected at the input of the apparatus, the M-level log 2 (M)-bit analog-to-digital converter being adapted to convert a first analog data (x1) of the M-level signal to a digital data received at the data output; - a first comparator connected at the input of the apparatus, the first comparator being adapted to compare an amplitude difference between the first analog data (x1) and a second analog data (x2); and - a logic unit (905-911) connected at the clock output of the apparatus, the logic unit (905-911) being adapted to provide through a truth table a digital output signal based on the digital data and the result of comparison of the amplitude difference, - the first analog data (x1) and the second analog data (x2) are sampled at a distance of one symbol period with respect to each of the first analog data (x1) and the second analog data (x2); - the first analog data (x1) and the second analog data (x2) have an identical sign, and - the M-level log 2 (M)-bit analog-to-digital converter comprises M-1 comparators and M-1 D-type flip-flops , each one of the M-1 D-type flip-flops being connected to a respective output of each one of the M-1 comparators and each one of the M-1 comparators being connected to a respective reference amplitude threshold and the input, wherein at least the output of the M-1 comparator with the highest reference amplitude threshold is inverted.
A single use pleural drainage set which allows drainage by all physicians of air (pneumothorax), blood (hemothorax) and all other liquids (hydrothorax) accumulated abnormally in the thoracic cavity (pleural space (I)), characterized in that the invention comprises : • Pleural drainage apparatus , • Pipe type cutting guide in a disintegrable structure by dividing into two on a long axis, which is located on the outer part of a drain , is larger than the drain diameter and allows placing the drain in the pleural space (I) between two ribs (V), • Drainage bottle which has a corrugated or accordion shape and can be reduced or enlarged by size, • Connection pipe which provides connection between the drain and the drainage bottle , • Injector , • Scalpel , • Antiseptic impregnated pad , • Local anesthesia medication . • Pleural drainage apparatus , • Pipe type cutting guide in a disintegrable structure by dividing into two on a long axis, which is located on the outer part of a drain , is larger than the drain diameter and allows placing the drain in the pleural space (I) between two ribs (V), • Drainage bottle which has a corrugated or accordion shape and can be reduced or enlarged by size, • Connection pipe which provides connection between the drain and the drainage bottle , • Injector , • Scalpel , • Antiseptic impregnated pad , • Local anesthesia medication .