mhurhangee/patent-ind-claim-en huggingface dataset:
A receiving part for receiving a rod for coupling the rod to a bone anchoring element, the receiving part including a receiving part body with a rod receiving portion with a first end and a second end and with a channel for receiving the rod, and a head receiving portion at the side of the second end for accommodating a head of the bone anchoring element, the head receiving portion having an open free end and being flexible so as to allow introduction and clamping of the head, the head receiving portion having an exterior surface with a curved portion; and a locking ring (8, 8', 8") embracing the head receiving portion ; characterized in that the locking ring has an interior surface with a curved portion , which presses against the curved portion of the exterior surface of the head receiving portion to clamp the head, and wherein the free end of the head receiving portion is inclined and defines a plane, which includes an angle with the plane defined by the first end of the rod receiving portion .
A support corbel for fastening parapet elements or concrete elements, comprising: - a vertically aligned first anchor bolt ; - a horizontally aligned second anchor bolt which is vertically spaced from the first anchor bolt ; - at least one tensile force strut which is connected in a force-fitting manner to the first anchor bolt and runs transversely to this, - at least one compressive force strut , which is connected in a force-fitting manner to the second anchor bolt and runs transversely to this, - at least one transverse force strut with a first section (5.1) which is positioned in the plane of the first tensile force strut and a second section (5.2) which is angled towards the second anchor bolt and connected to it in a force-fitting manner, whereby a compressive force acting from the parapet is introduced into the second anchor bolt and a tensile force is introduced into the first anchor bolt and can be passed on via the compressive force strut , tensile force strut , transverse force strut to a built-in ceiling slab. - a vertically aligned first anchor bolt ; - a horizontally aligned second anchor bolt which is vertically spaced from the first anchor bolt ; - at least one tensile force strut which is connected in a force-fitting manner to the first anchor bolt and runs transversely to this, - at least one compressive force strut , which is connected in a force-fitting manner to the second anchor bolt and runs transversely to this, - at least one transverse force strut with a first section (5.1) which is positioned in the plane of the first tensile force strut and a second section (5.2) which is angled towards the second anchor bolt and connected to it in a force-fitting manner, whereby a compressive force acting from the parapet is introduced into the second anchor bolt and a tensile force is introduced into the first anchor bolt and can be passed on via the compressive force strut , tensile force strut , transverse force strut to a built-in ceiling slab.
A device for facilitating the positioning of a catheter for the delivery of liquid medicament to spontaneously breathing patient, including: - an elongated main body shaped to follow the internal shape of the patient's upper airways, the elongated main body being provided with guiding means adapted to house a catheter; - characterized in that it comprises: - a substantially ring-shaped terminal element adapted to engage the internal wall of the patient's retro-pharynx, the substantially ring-shaped terminal element being made of a material softer than the elongated main body and including a toroidal element spaced apart from and connected to the elongated main body by means of a plurality of spokes , the substantially ring-shaped element and the plurality of spokes creating a chamber, which allows the airflow through the natural airways and where the medicament can be delivered through the catheter. - an elongated main body shaped to follow the internal shape of the patient's upper airways, the elongated main body being provided with guiding means adapted to house a catheter; - characterized in that it comprises: - a substantially ring-shaped terminal element adapted to engage the internal wall of the patient's retro-pharynx, the substantially ring-shaped terminal element being made of a material softer than the elongated main body and including a toroidal element spaced apart from and connected to the elongated main body by means of a plurality of spokes , the substantially ring-shaped element and the plurality of spokes creating a chamber, which allows the airflow through the natural airways and where the medicament can be delivered through the catheter. - a substantially ring-shaped terminal element adapted to engage the internal wall of the patient's retro-pharynx, the substantially ring-shaped terminal element being made of a material softer than the elongated main body and including a toroidal element spaced apart from and connected to the elongated main body by means of a plurality of spokes , the substantially ring-shaped element and the plurality of spokes creating a chamber, which allows the airflow through the natural airways and where the medicament can be delivered through the catheter.
A vehicle comprising: a vehicle body which is formed in a box shape and includes side walls on both sides in a width direction orthogonal to a travel direction and an expanded portion which is formed between an upper end and a lower end of the side wall so as to be expanded outward in the width direction from the upper end and the lower end ; a seat which is provided inside the vehicle body and includes a seatback along the side wall and a seat surface extending from the seatback inward in the width direction of the vehicle body , and in which a portion of a rear surface of the seatback which faces the side wall and protrudes farthest toward the side wall side is positioned at a position facing the expanded portion of a vehicle inner side surface of the side wall ; a door rail which is provided on the vehicle outer side surface of the side wall of the vehicle body so as to extend in the travel direction; and a side sliding door which is provided on the outside in the width direction from the vehicle outer side surface of the side wall and slides along the door rail , wherein the door rail is disposed in at least one of the upper side and the lower side of the expanded portion and is provided inward in the width direction of the vehicle body from the expanded portion . a vehicle body which is formed in a box shape and includes side walls on both sides in a width direction orthogonal to a travel direction and an expanded portion which is formed between an upper end and a lower end of the side wall so as to be expanded outward in the width direction from the upper end and the lower end ; a seat which is provided inside the vehicle body and includes a seatback along the side wall and a seat surface extending from the seatback inward in the width direction of the vehicle body , and in which a portion of a rear surface of the seatback which faces the side wall and protrudes farthest toward the side wall side is positioned at a position facing the expanded portion of a vehicle inner side surface of the side wall ; a door rail which is provided on the vehicle outer side surface of the side wall of the vehicle body so as to extend in the travel direction; and a side sliding door which is provided on the outside in the width direction from the vehicle outer side surface of the side wall and slides along the door rail , wherein the door rail is disposed in at least one of the upper side and the lower side of the expanded portion and is provided inward in the width direction of the vehicle body from the expanded portion .
An image processing apparatus comprising: circuitry configured to receive at least two images of at least one cell, wherein the at least two images are captured at different times; determine a motion amount of at least one intracellular structure identified within each cell by comparing the at least two images; generate an indication of cell metabolism information associated with each cell by relating at least one parameter of the motion amount to a degree of cell metabolism for each cell based on reference information; characterized in that the at least one parameter of the motion amount includes a relative motion area identifying a proportion of a motion area to an area of each cell; and the indication provides information identifying a degree of stabilization of microtubules based on the value of the relative motion area. circuitry configured to receive at least two images of at least one cell, wherein the at least two images are captured at different times; determine a motion amount of at least one intracellular structure identified within each cell by comparing the at least two images; generate an indication of cell metabolism information associated with each cell by relating at least one parameter of the motion amount to a degree of cell metabolism for each cell based on reference information; characterized in that the at least one parameter of the motion amount includes a relative motion area identifying a proportion of a motion area to an area of each cell; and the indication provides information identifying a degree of stabilization of microtubules based on the value of the relative motion area.
An X-ray computed tomography system comprising: an acquirer configured to acquire a first image (355(L)) and a second image (355(H)), the first image reconstructed based on a first projection dataset corresponding to a group of discrete first views and acquired with emission of X-rays of a first energy, the second image reconstructed based on a second projection dataset corresponding to a group of discrete second views different from the first views and acquired with emission of X-rays of a second energy different from the first energy, characterized by : a processor configured to generate a third image (353(L)) corresponding to the first image in which streak artifacts are mitigated and a fourth image (353(H)) corresponding to the second image in which streak artifacts are mitigated, by inputting the first image (355(L)) and the second image (355(H)) to a learned model adapted to output the third image (353(L)) and the fourth image (353(H)) based on the first image (355(L)) and the second image (355(H)). an acquirer configured to acquire a first image (355(L)) and a second image (355(H)), the first image reconstructed based on a first projection dataset corresponding to a group of discrete first views and acquired with emission of X-rays of a first energy, the second image reconstructed based on a second projection dataset corresponding to a group of discrete second views different from the first views and acquired with emission of X-rays of a second energy different from the first energy, characterized by : a processor configured to generate a third image (353(L)) corresponding to the first image in which streak artifacts are mitigated and a fourth image (353(H)) corresponding to the second image in which streak artifacts are mitigated, by inputting the first image (355(L)) and the second image (355(H)) to a learned model adapted to output the third image (353(L)) and the fourth image (353(H)) based on the first image (355(L)) and the second image (355(H)).
A duvet cover defining a cavity for receiving a duvet insert, the cavity accessible via an opening at a first edge of the duvet cover, the duvet cover comprising: at least one cord inside the cavity within the duvet cover, the at least one cord extending between a second edge of the duvet cover, remote from the first edge of the duvet cover, and the first edge of the duvet cover; characterised in that the duvet cover comprises a plurality of holders attached on the inside of the duvet cover, the plurality of holders holding the at least one cord such that pulling on a portion of the at least one cord, proximate to the opening, causes at least a part of the second edge the duvet cover to be brought closer to the first edge of the duvet cover; and a plurality of fixings attached on the inside of the duvet cover for assisting with keeping the duvet insert positioned inside the cavity of duvet cover, at least two of the plurality of fixings attached on the inside of the duvet cover proximate to the second edge of duvet cover. at least one cord inside the cavity within the duvet cover, the at least one cord extending between a second edge of the duvet cover, remote from the first edge of the duvet cover, and the first edge of the duvet cover; characterised in that the duvet cover comprises a plurality of holders attached on the inside of the duvet cover, the plurality of holders holding the at least one cord such that pulling on a portion of the at least one cord, proximate to the opening, causes at least a part of the second edge the duvet cover to be brought closer to the first edge of the duvet cover; and a plurality of fixings attached on the inside of the duvet cover for assisting with keeping the duvet insert positioned inside the cavity of duvet cover, at least two of the plurality of fixings attached on the inside of the duvet cover proximate to the second edge of duvet cover.
A bioresorbable triblock copolymer according to Formula 1 R-B-A-B-R wherein A is a hydrophilic polymer, B a hydrophobic polymer and R are end-groups, wherein R is a C1-C30 organic moiety, wherein the copolymer is fluid in a temperature range of 0°C to 37°C, and wherein the copolymer has a viscosity determined at 20°C having a value below 30 Pa.s as determined by dynamic viscosity under shear, as defined on page 4 lines 13-20.
Two-component composition for use in a prophylaxis and/or treatment of bacterial infiltrations comprising the step of filling an opening in an implant abutment, wherein the two-component composition exhibits a volume expansion, in particular a volume expansion of below 1 %, or a volume reduction, in particular a volume reduction of less than 1 %, wherein the two-component composition is a silicone composition that is crosslinkable by an addition reaction.
Filter element for a filter apparatus for fluid, in particular air, gas, fuel, oil, water, urea water solution or the like, in particular of an internal combustion engine, in particular of a motor vehicle, which filter element can be disposed replaceably in a filter housing between at least one inlet and at least one outlet for fluid, wherein the filter element features at least one filter bellows , with at least one filter medium and at least one seal which is disposed, with respect to an axis of the filter element , circumferentially at a frontal edge of the filter bellows , wherein the at least one seal features a circumferential attachment area with a radial attachment portion extending from radially outside to radially inside and an axial attachment portion extending at least with one direction component parallel to the axis and a circumferential sealing area , wherein the attachment area engages around the edge of the filter bellows with the radial attachment portion and the axial attachment portion , wherein a backside of the radial attachment portion facing away from the filter bellows forms a holding surface for a radially inner housing-sided pressing portion with respect to the axis , wherein a backside of the axial attachment portion facing away from the filter bellows forms a radially inner limit of an at least partially circumferential groove in the sealing area for receiving a radially outer housing-sided pressing portion , wherein the groove is limited on the radially outer circumferential side opposite the axial attachment portion as viewed from radially inward to radially outward by a circumferential sealing projection which projects beyond the axial attachment portion as viewed in the axial direction, wherein a circumferential sealing surface acting at least in the axial direction is disposed on the outer side of the sealing area axially opposite the groove with respect to the axis , which sealing surface is located at a greater axial distance from the front face of the filter bellows than the holding surface of the radial attachment portion , wherein an axial distance between a bottom of the groove and the sealing area is larger than a distance between a transition of the bottom of the groove with respect to the axial attachment portion and a transition of the holding surface with respect to the sealing area , characterized in that an axial distance between the holding surface and the sealing surface is larger than an axial thickness of the radial attachment portion .
An apparatus comprising a plurality of pixel sensors connected to a bit line, at least one of said pixel sensors comprising: a capacitive overflow pixel sensor characterized by an overflow capacitor having a switching terminal, and a floating diffusion node ; a buffer amplifier that connects said floating diffusion node to said bit line in response to a row select signal; a switch that connects said switching terminal to either ground or a boost voltage; and a switch controller that controls said switch and is connected to said bit line, said switch controller determining a voltage on said bit line, said switch controller connecting said switching terminal to said boost voltage during an exposure of said pixel sensor to light and to either ground or said boost voltage during a readout of charge stored on said overflow capacitor depending on said voltage on said bit line. a capacitive overflow pixel sensor characterized by an overflow capacitor having a switching terminal, and a floating diffusion node ; a buffer amplifier that connects said floating diffusion node to said bit line in response to a row select signal; a switch that connects said switching terminal to either ground or a boost voltage; and a switch controller that controls said switch and is connected to said bit line, said switch controller determining a voltage on said bit line, said switch controller connecting said switching terminal to said boost voltage during an exposure of said pixel sensor to light and to either ground or said boost voltage during a readout of charge stored on said overflow capacitor depending on said voltage on said bit line.
A discharge circuit for a capacitor provided between a charging circuit and a ground, the discharge circuit comprising: a control unit for performing control of charge and discharge on the capacitor ; a first discharge circuit having a first discharge resistor , a first discharge-controlling switch element , and a first breaking switch element which are connected in series, the first discharge circuit being connected in parallel to the capacitor ; and a second discharge circuit having a second discharge resistor , a second discharge-controlling switch element , and a second breaking switch element which are connected in series, the second discharge circuit being connected in parallel to the capacitor , the discharge circuit being configured such that the first discharge circuit is used in a normal state, and discharge of the capacitor is controlled through opening and closing of the first discharge-controlling switch element in a state where the first breaking switch element is ON, the discharge circuit further comprising a switching relay for switching connection such that only either of the first discharge circuit and the second discharge circuit is in parallel to the capacitor . a control unit for performing control of charge and discharge on the capacitor ; a first discharge circuit having a first discharge resistor , a first discharge-controlling switch element , and a first breaking switch element which are connected in series, the first discharge circuit being connected in parallel to the capacitor ; and a second discharge circuit having a second discharge resistor , a second discharge-controlling switch element , and a second breaking switch element which are connected in series, the second discharge circuit being connected in parallel to the capacitor , the discharge circuit being configured such that the first discharge circuit is used in a normal state, and discharge of the capacitor is controlled through opening and closing of the first discharge-controlling switch element in a state where the first breaking switch element is ON, the discharge circuit further comprising a switching relay for switching connection such that only either of the first discharge circuit and the second discharge circuit is in parallel to the capacitor .
A method for transmitting sidelink data, comprising: determining (S310), by a terminal device, a transmission mode of a target data, wherein the transmission mode comprises a new transmission or a retransmission, and the target data is the sidelink data, characterized in that the determining (S310), by the terminal device, the transmission mode of the target data comprising: when a quantity of bits of a transport block that a sidelink transmission resource is capable of transmitting at a present time changes compared with a quantity of bits of a transport block that the sidelink transmission resource was capable of transmitting at a previous time just before the present time, the transmission mode is the new transmission; when the quantity of the bits of the transport block that the sidelink transmission resource is capable of transmitting at the present time does not change compared with the quantity of the bits of the transport block that the sidelink transmission resource was capable of transmitting at the previous time, the transmission mode is the retransmission. determining (S310), by a terminal device, a transmission mode of a target data, wherein the transmission mode comprises a new transmission or a retransmission, and the target data is the sidelink data, characterized in that the determining (S310), by the terminal device, the transmission mode of the target data comprising: when a quantity of bits of a transport block that a sidelink transmission resource is capable of transmitting at a present time changes compared with a quantity of bits of a transport block that the sidelink transmission resource was capable of transmitting at a previous time just before the present time, the transmission mode is the new transmission; when the quantity of the bits of the transport block that the sidelink transmission resource is capable of transmitting at the present time does not change compared with the quantity of the bits of the transport block that the sidelink transmission resource was capable of transmitting at the previous time, the transmission mode is the retransmission.