mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising: a positive airway pressure (PAP) apparatus comprising a blower, the blower comprising a fan driven by an electric motor , a pressure sensor downstream of the fan to measure pressure of gases breathed or supplied to a patient, and a flow sensor downstream or upstream of the fan to measure flow of gases breathed or supplied to a patient, a controller as part of, removable from or remote to the PAP apparatus , and a transmitter configured to send control signals generated by the controller to an electronic apparatus , wherein the controller is configured to monitor the time, receive input from at least one sensor determine a sleep state in a patient from the received input, wherein upon reaching a desired time and determining a sleep state conducive to being woken, operating the transmitter to send the control signal to change a state of an electronic apparatus, wherein the electronic apparatus is a home appliance. a positive airway pressure (PAP) apparatus comprising a blower, the blower comprising a fan driven by an electric motor , a pressure sensor downstream of the fan to measure pressure of gases breathed or supplied to a patient, and a flow sensor downstream or upstream of the fan to measure flow of gases breathed or supplied to a patient, a controller as part of, removable from or remote to the PAP apparatus , and a transmitter configured to send control signals generated by the controller to an electronic apparatus , wherein the controller is configured to monitor the time, receive input from at least one sensor determine a sleep state in a patient from the received input, monitor the time, receive input from at least one sensor determine a sleep state in a patient from the received input,
Robotic cleaning device comprising: a main body ; a propulsion system configured to move the robotic cleaning device over a surface to be cleaned; a controller configured to control the propulsion system to move the robotic cleaning device over the surface to be cleaned; and at least one rotatable side brush arranged to sweep debris from the surface to be cleaned; the robotic cleaning device further being characterized in comprising a mechanism configured to at least partly retract said at least one rotatable side brush into a space arranged inside the main body upon receiving a control signal from the controller , such that the rotatable side brush is moved out of contact with the surface to be cleaned. a main body ; a propulsion system configured to move the robotic cleaning device over a surface to be cleaned; a controller configured to control the propulsion system to move the robotic cleaning device over the surface to be cleaned; and at least one rotatable side brush arranged to sweep debris from the surface to be cleaned; the robotic cleaning device further being characterized in comprising a mechanism configured to at least partly retract said at least one rotatable side brush into a space arranged inside the main body upon receiving a control signal from the controller , such that the rotatable side brush is moved out of contact with the surface to be cleaned.
A video laryngoscope comprising: a handle , an elongate blade attached to the handle, an indirect visualisation means, wherein the indirect visualisation means comprises a camera and a light source for viewing the laryngeal inlet of a patient , wherein the camera and the light source are located at a distal end of the elongate blade, and wherein the laryngoscope further comprises at least two detachable guiding devices , wherein the guiding devices each comprise a sleeve that wholly encloses the elongate blade and a channel for the camera and light source, wherein the camera and light source are inserted into the channel prior to use and removed from the channel after use such that the camera and light source are protected from bodily fluids, wherein the guiding devices are movable relative to the elongate blade , and wherein at least one of the guiding devices is a guiding device for difficult airway intubations, the difficult airway intubation guiding device comprising: a guiding paddle for guiding an endotracheal tube through the patient's upper airways, wherein the guiding paddle extends outward substantially level to and in the plane of the upper or lower surface of the guiding device of the laryngoscope , and wherein the guiding device extends longitudinally from the distal end of the elongate blade to form an anteriorly deflected extended tip . a handle , an elongate blade attached to the handle, an indirect visualisation means, wherein the indirect visualisation means comprises a camera and a light source for viewing the laryngeal inlet of a patient , wherein the camera and the light source are located at a distal end of the elongate blade, and wherein the laryngoscope further comprises at least two detachable guiding devices , wherein the guiding devices each comprise a sleeve that wholly encloses the elongate blade and a channel for the camera and light source, wherein the camera and light source are inserted into the channel prior to use and removed from the channel after use such that the camera and light source are protected from bodily fluids, wherein the guiding devices are movable relative to the elongate blade , and
A heat transfer suppression sheet (10; 40; 50; 60; 70; 80; 110; 120; 130) for a battery pack , the heat transfer suppression sheet (10; 40; 50; 60; 70; 80; 110; 120; 130) being used in a battery pack in which battery cells are connected in series or in parallel and being interposed between the battery cells , the heat transfer suppression sheet (10; 40; 50; 60; 70; 80; 110; 120; 130) comprising: a heat-insulating material (11; 21; 31; 51) containing at least one of inorganic particles or inorganic fibers; and a covering material (12; 52; 72; 82) covering at least a part of the heat-insulating material (11; 21; 31; 51), wherein a sealed gap is formed between the heat-insulating material (11; 21; 31; 51) and the covering material (12; 52; 72; 82), characterized in that the covering material (12; 52; 72; 82) is configured such that a communication opening that allows the gap to communicate with the outside of the covering material (12; 52; 72; 82) is formed at a temperature of 60°C or more, wherein the heat-insulating material (11; 21; 31; 51) is bonded to the covering material (12; 52; 72; 82) with an adhesive that melts at a temperature of 60°C or more and when the adhesive has melted, the communication opening is formed, and/or the covering material (12; 52; 72; 82) is formed of a polymer film that melts at a temperature of 60°C or more. a heat-insulating material (11; 21; 31; 51) containing at least one of inorganic particles or inorganic fibers; and a covering material (12; 52; 72; 82) covering at least a part of the heat-insulating material (11; 21; 31; 51), wherein a sealed gap is formed between the heat-insulating material (11; 21; 31; 51) and the covering material (12; 52; 72; 82), characterized in that the covering material (12; 52; 72; 82) is configured such that a communication opening that allows the gap to communicate with the outside of the covering material (12; 52; 72; 82) is formed at a temperature of 60°C or more, wherein the heat-insulating material (11; 21; 31; 51) is bonded to the covering material (12; 52; 72; 82) with an adhesive that melts at a temperature of 60°C or more and when the adhesive has melted, the communication opening is formed, and/or the covering material (12; 52; 72; 82) is formed of a polymer film that melts at a temperature of 60°C or more.
Gate with a crash-down prevention mechanism, comprising a gate panel which can be opened and closed by the rotation of a gate panel drive , which has a gate panel shaft, a motor which is coupled to the gate panel drive and a braking assembly by means of which the opening and/or closing of the gate panel can be decelerated, and a first measuring device for determining at least one movement parameter of the gate panel , a second measuring device for determining at least one movement parameter of the motor , and a comparator which compares the measured movement parameters of the gate panel and of the motor and triggers the braking device if the measured movement parameters of the gate panel and of the motor are outside a defined relationship to each other, wherein the braking device comprises a friction brake, wherein a braking element of the friction brake is in frictional engagement with a braking surface of a disk brake which rotates together with the gate panel shaft when the braking device is released, characterized in that the second measuring device is provided on the motor , the first measuring device is formed on the gate panel shaft and on the motor-side end of the gate panel shaft, wherein the braking device is provided at the opposite end side of the gate panel shaft opposite to the motor-side end of the gate panel shaft. a gate panel which can be opened and closed by the rotation of a gate panel drive , which has a gate panel shaft, a motor which is coupled to the gate panel drive and a braking assembly by means of which the opening and/or closing of the gate panel can be decelerated, and a first measuring device for determining at least one movement parameter of the gate panel , a second measuring device for determining at least one movement parameter of the motor , and a comparator which compares the measured movement parameters of the gate panel and of the motor and triggers the braking device if the measured movement parameters of the gate panel and of the motor are outside a defined relationship to each other, wherein the braking device comprises a friction brake, wherein a braking element of the friction brake is in frictional engagement with a braking surface of a disk brake which rotates together with the gate panel shaft when the braking device is released, characterized in that the second measuring device is provided on the motor , the first measuring device is formed on the gate panel shaft and on the motor-side end of the gate panel shaft, wherein the braking device is provided at the opposite end side of the gate panel shaft opposite to the motor-side end of the gate panel shaft.
A needled preform manufacturing apparatus comprising: a supply of fiber strip comprising multiple fiber strips ; and a plurality of moveable positive fiber strip delivery mechanisms coupled between a desired lay down location and the supply of fiber strip to positively and simultaneously deliver and orient the fiber strip to a circular needle loom , said apparatus being configured to lay the fiber strip down in such a way that a consecutive layer of fiber strip presents a staggered pattern across a radial direction of a preform, wherein the edges of two adjacent strips in a first layer are positioned towards the center of a fiber strip from a second layer of fiber strips, wherein the moveable positive fiber strip delivery mechanism is configured to offset the strips in the first layer by half the width of a fiber strip from the second layer of fiber strips . a supply of fiber strip comprising multiple fiber strips ; and a plurality of moveable positive fiber strip delivery mechanisms coupled between a desired lay down location and the supply of fiber strip to positively and simultaneously deliver and orient the fiber strip to a circular needle loom , said apparatus being configured to lay the fiber strip down in such a way that a consecutive layer of fiber strip presents a staggered pattern across a radial direction of a preform, wherein the edges of two adjacent strips in a first layer are positioned towards the center of a fiber strip from a second layer of fiber strips, wherein the moveable positive fiber strip delivery mechanism is configured to offset the strips in the first layer by half the width of a fiber strip from the second layer of fiber strips .
A digital interface for an operating device for a lamp, wherein the interface has: - a transmitter and a receiver branch, wherein the receiver branch has a current source (Q 1 , Q 2 , R 2 , R 3 ), - an optocoupler (Q 3 , Q 5 ) in each of the transmitter and receiver branches, wherein the current source (Q 1 , Q 2 , R 2 , R 3 ) feeds the primary side of the optocoupler (Q 3 ) in the receiver branch and - an energy store (C 1 ) charged via the current source (Q 1 , Q 2 , R 2 , R 3 ), which energy store feeds the secondary side of the optocoupler (Q 5 ) in the transmitter branch, wherein the energy store (C 1 ) is connected in a path, that lies parallel to a path that has the primary side of the optocoupler (Q 3 ) of the receiver branch and a non-linear component, preferably a Zener diode (D 9 ), characterized in that the signal at the receiver branch is a Digital Serial Interface, DSI, signal. - a transmitter and a receiver branch, wherein the receiver branch has a current source (Q 1 , Q 2 , R 2 , R 3 ), - an optocoupler (Q 3 , Q 5 ) in each of the transmitter and receiver branches, wherein the current source (Q 1 , Q 2 , R 2 , R 3 ) feeds the primary side of the optocoupler (Q 3 ) in the receiver branch and - an energy store (C 1 ) charged via the current source (Q 1 , Q 2 , R 2 , R 3 ), which energy store feeds the secondary side of the optocoupler (Q 5 ) in the transmitter branch,
A loading mechanism for loading a belt of linked ammunition into a magazine having a pair of spaced-apart rails , the loading mechanism comprising: a guideway ; and a carriage movable along the guideway between a lowered position and a raised position, the carriage including an articulated tandem bucket having a pair of cradles arranged to support two adjacent rounds of the belt of linked ammunition ; wherein the tandem bucket is engaged by the guideway such that the pair of cradles are in a horizontal orientation when the carriage is in the lowered position and the pair of cradles are in a vertical orientation when the carriage is in the raised position, and the loading mechanism , further comprises an anti-backdrive device arranged to prevent the two adjacent rounds from returning with the carriage from the raised position back to the lowered position. a guideway ; and a carriage movable along the guideway between a lowered position and a raised position, the carriage including an articulated tandem bucket having a pair of cradles arranged to support two adjacent rounds of the belt of linked ammunition ; wherein the tandem bucket is engaged by the guideway such that the pair of cradles are in a horizontal orientation when the carriage is in the lowered position and the pair of cradles are in a vertical orientation when the carriage is in the raised position, and the loading mechanism , further comprises an anti-backdrive device arranged to prevent the two adjacent rounds from returning with the carriage from the raised position back to the lowered position.
Tower structure , comprising: a tower along a vertical tower axis ; a foundation for carrying the tower , wherein the tower stands on the foundation , wherein the foundation has an outer force deflection region which has a radial distance from the tower axis ; and a first guying structure , wherein the first guying structure extends from the outer force deflection region to a part of the tower above the foundation , characterized in that the first guying structure or a second guying structure coupled to the first guying structure at the outer force deflection region extends from the outer force deflection region to an inner guying region below the outer force deflection region , wherein a radial distance of the inner guying region from the tower axis is smaller than the radial distance of the outer force deflection region . a tower along a vertical tower axis ; a foundation for carrying the tower , wherein the tower stands on the foundation , wherein the foundation has an outer force deflection region which has a radial distance from the tower axis ; and a first guying structure , wherein the first guying structure extends from the outer force deflection region to a part of the tower above the foundation , characterized in that the first guying structure or a second guying structure coupled to the first guying structure at the outer force deflection region extends from the outer force deflection region to an inner guying region below the outer force deflection region , wherein a radial distance of the inner guying region from the tower axis is smaller than the radial distance of the outer force deflection region .
A balloon guide catheter system comprising: a balloon guide catheter , comprising: a catheter shaft with a proximal end and an opposite distal end ; wherein the catheter shaft includes: (i) a main lumen defined axially through the catheter shaft; (ii) an inflation lumen extending axially along the catheter shaft; the inflation lumen having a proximal end, an opposite terminating distal end; (iii) an exhaust lumen extending axially along the catheter shaft, the exhaust lumen having a proximal end and an opposite terminating distal end; wherein the catheter shaft has an outer surface with a first localized fluid communication channel defined therein located underneath the balloon via which the terminating distal ends of the respective inflation and exhaust lumens are in localized fluid communication with one another underneath the balloon while in a non-inflated state; a balloon disposed about a distal region of an outer surface of the catheter shaft; and wherein the exhaust lumen is configured to purge the residual air in a proximal direction and out from a proximal region of the balloon guide catheter . a balloon guide catheter , comprising: a catheter shaft with a proximal end and an opposite distal end ; wherein the catheter shaft includes: (i) a main lumen defined axially through the catheter shaft; (ii) an inflation lumen extending axially along the catheter shaft; the inflation lumen having a proximal end, an opposite terminating distal end; (iii) an exhaust lumen extending axially along the catheter shaft, the exhaust lumen having a proximal end and an opposite terminating distal end; wherein the catheter shaft has an outer surface with a first localized fluid communication channel defined therein located underneath the balloon via which the terminating distal ends of the respective inflation and exhaust lumens are in localized fluid communication with one another underneath the balloon while in a non-inflated state; a balloon disposed about a distal region of an outer surface of the catheter shaft; and wherein the exhaust lumen is configured to purge the residual air in a proximal direction and out from a proximal region of the balloon guide catheter . a balloon disposed about a distal region of an outer surface of the catheter shaft; and wherein the exhaust lumen is configured to purge the residual air in a proximal direction and out from a proximal region of the balloon guide catheter .
Lighting device generating stripe segmented beam for a motor-vehicle headlamp, said lighting device comprising: - a primary optical element equipped with pixel-forming means and having an exit refracting surface , said element being intended to interact with a primary light source ; and - a projecting lens ; the device being configured so as to project light entering into the pixel-forming means and exiting via the projecting lens in the form of a luminous pixel , i.e. in a form such as the form of a luminous strip; the device furthermore comprising an intermediate lens that is placed between the exit refracting surface of the primary optical element and the projecting lens , and that is configured so as to concentrate the radiation issued from the exit refracting surface of the primary optical element onto the projecting lens , the device being characterized in that the intermediate lens , in the normal mounting order the intermediate lens , comprises a real focal point and is at the same height or is of greater height than the projecting lens , or the intermediate lens comprises a virtual focal point and is of lesser height than the projecting lens . - a primary optical element equipped with pixel-forming means and having an exit refracting surface , said element being intended to interact with a primary light source ; and - a projecting lens ;
A recombinant protein for treating cancer consisting of an amino acid sequence of SEQ ID NO: 1, wherein the recombinant protein is fused with a protein transduction domain (PTD) for use in a cancer killer cell to improve cytotoxic activity of the cancer killer cell.
A container of consumer goods comprising: an outer housing comprising: a box ; and a lid hinged to the box along a hinge line extending across a back wall of the outer housing; an inner package enclosing the consumer goods having an access opening; and an adhesive label , wherein a resealable adhesive is provided on a first portion of an inner surface of the adhesive label and an opposed outer surface of the adhesive label is permanently attached to an inner surface of a front wall of the lid of the outer housing such that movement of the lid of the outer housing simultaneously moves the adhesive label between a closed position and an open position, wherein a lower end portion of the outer surface of the adhesive label is permanently attached to the inner surface of the front wall of the lid of the outer housing, characterised in that the lower end of the outer surface of the adhesive label is permanently attached at a location at least 30 percent of the total height of the front wall of the lid from the lower edge of the front wall of the lid, such that the adhesive label is inwardly concave throughout its movement. an outer housing comprising: a box ; and a lid hinged to the box along a hinge line extending across a back wall of the outer housing; a box ; and a lid hinged to the box along a hinge line extending across a back wall of the outer housing; an inner package enclosing the consumer goods having an access opening; and an adhesive label , wherein a resealable adhesive is provided on a first portion of an inner surface of the adhesive label and an opposed outer surface of the adhesive label is permanently attached to an inner surface of a front wall of the lid of the outer housing such that movement of the lid of the outer housing simultaneously moves the adhesive label between a closed position and an open position, wherein a lower end portion of the outer surface of the adhesive label is permanently attached to the inner surface of the front wall of the lid of the outer housing, characterised in that the lower end of the outer surface of the adhesive label is permanently attached at a location at least 30 percent of the total height of the front wall of the lid from the lower edge of the front wall of the lid, such that the adhesive label is inwardly concave throughout its movement.
Plug comprising a contact carrier which can be connected or is connected to a core of a cable and which supports contact elements extending in the direction of a plug axis (A), and comprising a shield contact arrangement which forms separate shield contact tongues formed by a sheet metal strip, which shield contact tongues extend on a first circular arc line about the plug axis (A) and in the direction of the plug axis (A) and can be connected or are connected to a cable shield, the shield contact tongues having contact springs which point radially outwards in an end portion lying in front of the contact elements and the contact carrier in the direction of the plug axis (A), characterised in that the contact springs are cut free from the shield contact tongues , forming an annularly enclosed window in each case, such that said springs are fastened to the shield contact tongue at a bending edge , which extends transversely to the plug axis (A) and is associated with the free end of the shield contact tongue , and form two legs which are interconnected at an apex line , the apex lines extending on a common second circular arc line about the plug axis (A), which is radially outside the first circular arc line.