mhurhangee/patent-ind-claim-en huggingface dataset:
A fluid-filled chamber for an article of footwear, the fluid-filled chamber comprising: first tube-shaped subchambers extending across the fluid-filled chamber in a medial-to-lateral direction and substantially parallel to one another; and at least one second tube-shaped subchamber located in a heel region of the fluid-filled chamber and spaced apart from the first subchambers in a direction along a longitudinal axis of the fluid-filled chamber and orientated at an angle relative to the medial-to-lateral direction. first tube-shaped subchambers extending across the fluid-filled chamber in a medial-to-lateral direction and substantially parallel to one another; and at least one second tube-shaped subchamber located in a heel region of the fluid-filled chamber and spaced apart from the first subchambers in a direction along a longitudinal axis of the fluid-filled chamber and orientated at an angle relative to the medial-to-lateral direction.
Steering column for a motor vehicle, comprising a steering spindle which is mounted in an inner steering column tube such that it can be rotated about its longitudinal axis (L), an outer shell unit , in which the inner steering column tube is secured and which can be connected directly or indirectly to the vehicle body of a motor vehicle, a clamping device which, in the fixing position, fixes the outer shell unit relative to the inner steering column tube and which, in the release position, releases an adjustment of the inner steering column tube relative to the outer shell unit at least in the longitudinal direction, the clamping device comprising at least one locking part which is supported on the outer shell unit in the longitudinal direction and, in the fixing position, is connected such that it cannot be displaced in the longitudinal direction to an engagement part which is connected to the inner steering column tube , and, in the release position, is released from the engagement part and releases a relative movement of the inner steering column tube with respect to the outer shell unit in the longitudinal direction, the inner steering column tube and the outer shell unit being coupled via an energy absorption device which comprises at least two energy absorption elements , of which at least a first or a second energy absorption element can be coupled in between the inner steering column tube and the engagement part , which first or second energy absorption element is deformed plastically in the coupled-in state, in the fixing position of the clamping device , in the case of a relative displacement of the inner steering column tube and the outer shell unit , at least the first and second energy absorption element being arranged on the same side of the inner steering column tube in a radial direction with regard to the longitudinal axis, characterized in that the energy absorption elements are arranged adjacently in a sandwich-like manner in a radial direction with regard to the longitudinal axis (L).
A method in a wireless device of performing power control of a physical uplink control channel, PUCCH, in a wireless communication system , comprising: determining a transmission power for a transmission on the physical uplink control channel according to a power control loop, wherein the loop specifies the transmission power based on at least one parameter, with a value of one of the at least one parameter being dependent on which of different PUCCH lengths on the physical uplink control channel is selected for the transmission on the physical uplink control channel; wherein the value of the parameter is based on a ratio of a number of symbols in a transmission on the physical uplink control channel having the selected PUCCH length and a number of symbols in a transmission on the physical uplink control channel having a predetermined PUCCH length; and wherein the value of the parameter further depends on which of different transmission formats on the physical uplink control channel is selected for the transmission on the physical uplink control channel. determining a transmission power for a transmission on the physical uplink control channel according to a power control loop, wherein the loop specifies the transmission power based on at least one parameter, with a value of one of the at least one parameter being dependent on which of different PUCCH lengths on the physical uplink control channel is selected for the transmission on the physical uplink control channel; wherein the value of the parameter is based on a ratio of a number of symbols in a transmission on the physical uplink control channel having the selected PUCCH length and a number of symbols in a transmission on the physical uplink control channel having a predetermined PUCCH length; and wherein the value of the parameter further depends on which of different transmission formats on the physical uplink control channel is selected for the transmission on the physical uplink control channel.
A system (100; 300), comprising: a catheter having a Y-connector with a first port connectable to a source of suction or irrigation and a second port sized to permit insertion of a medical device; a nephroscope at least partially insertable into the catheter through the second port ; and a guidewire insertable through a working channel of the nephroscope, the guidewire including a self-expanding element at or near its distal end; characterised in that the catheter includes a segment configured for rapid stone exchange comprising inner and outer tubular portions , each defining a lumen and having first and second apertures (311, 312; 321, 322) positioned opposite each other in a sidewall thereof, the inner tubular portion being slidably disposed within the outer tubular portion , and at least one of the first and second apertures of the outer tubular portion is fluidly connectable to a source of irrigation or suction. a catheter having a Y-connector with a first port connectable to a source of suction or irrigation and a second port sized to permit insertion of a medical device; a nephroscope at least partially insertable into the catheter through the second port ; and a guidewire insertable through a working channel of the nephroscope, the guidewire including a self-expanding element at or near its distal end; characterised in that the catheter includes a segment configured for rapid stone exchange comprising inner and outer tubular portions , each defining a lumen and having first and second apertures (311, 312; 321, 322) positioned opposite each other in a sidewall thereof, the inner tubular portion being slidably disposed within the outer tubular portion , and at least one of the first and second apertures of the outer tubular portion is fluidly connectable to a source of irrigation or suction.
A system for energy storage comprising a chemical combustion reactor wherein a flow path is provided in a longitudinal direction of said reactor, said reactor comprising a reactor segment that comprises at least two porous active fixed beds placed in the flow path, said active beds comprising a metal and/or oxide thereof, characterised in that said active beds are separated by a porous inactive insulating layer , and in that said active beds and said insulating layer are at least partially directly surrounded by an insulating mantle in the longitudinal direction of said reactor.
A device for handling a plurality of hoses in a fuel dispensing unit , the device allowing each hose of the plurality of hoses to be pulled out from a hose storage space and return the hose to the hose storage space, the device comprising a cable element connected to a motor for feeding and retracting the cable element , wherein when the cable element is being retracted, each of the plurality of hoses will be returned to the respective hose storage space, wherein when the cable element is being fed, each of the plurality of hoses will be allowed to be pulled out from the respective hose storage space, wherein for each hose of the plurality of hoses , the cable element is guided via a plurality of guiding means , characterized in that a first guiding means of the plurality of guiding means is spring suspended such that the first guiding means having a first and a second position, wherein the position of the remaining guiding means is fixed, wherein the position of the first guiding means depends on a tension of the cable element , wherein at least one of the first and the second position is located at a different altitude compared to an altitude of the fixed position of the remaining guiding means , wherein the cable element is connected to the motor in both ends of the cable element such that when the cable element is being retracted or fed, the cable element is retracted or fed from both ends of the cable element . a cable element connected to a motor for feeding and retracting the cable element , wherein when the cable element is being retracted, each of the plurality of hoses will be returned to the respective hose storage space, wherein when the cable element is being fed, each of the plurality of hoses will be allowed to be pulled out from the respective hose storage space, wherein for each hose of the plurality of hoses , the cable element is guided via a plurality of guiding means , characterized in that a first guiding means of the plurality of guiding means is spring suspended such that the first guiding means having a first and a second position, wherein the position of the remaining guiding means is fixed, wherein the position of the first guiding means depends on a tension of the cable element , wherein at least one of the first and the second position is located at a different altitude compared to an altitude of the fixed position of the remaining guiding means , wherein the cable element is connected to the motor in both ends of the cable element such that when the cable element is being retracted or fed, the cable element is retracted or fed from both ends of the cable element .
Cassette made of plastic, with a heating device comprising at least two detachably connectable cassette shells , wherein a bag, in particular a bag with a nutrient, can be received in the cassette , wherein the two cassette shells are connectable, in particular connectable in an articulated manner, characterised in that in each cassette shell a receiving hollow is moulded that respectively extends over at least half a width and over at least half a height (H) of the corresponding cassette shell , and wherein in the receiving hollow a heat-conductive plate is arranged in a position-secure manner, which is implemented of a metallic plate whose side that in the mounted state faces away from the bag accommodation space a heating element is attached to, and that a thermally insulating air gap is defined between the heat-conductive plate and the respective cassette shell in a proximity of the receiving hollow . with a heating device comprising at least two detachably connectable cassette shells , wherein a bag, in particular a bag with a nutrient, can be received in the cassette , wherein the two cassette shells are connectable, in particular connectable in an articulated manner, characterised in that in each cassette shell a receiving hollow is moulded that respectively extends over at least half a width and over at least half a height (H) of the corresponding cassette shell , and wherein in the receiving hollow a heat-conductive plate is arranged in a position-secure manner, which is implemented of a metallic plate whose side that in the mounted state faces away from the bag accommodation space a heating element is attached to, and that a thermally insulating air gap is defined between the heat-conductive plate and the respective cassette shell in a proximity of the receiving hollow .
A cable guiding element for guidance of electrical lines , with at least two cable channel elements , the cable channel elements being pivotally connected to one another, wherein a first cable channel element on one first end has an articulated head and a second cable channel element on one first end has a corresponding articulated socket so that the first end of the first cable channel element and the first end of the second cable channel element form a joint via which the cable channel elements are connected to one another, wherein the joint is implemented without additional parts in that the articulated head and the articulated socket are each formed on one end of a cable channel element , that the joint has one channel for passing the lines through, and that in the joint a recess is made which extends over the entire length of the joint .
A cutting apparatus comprising: a cutter knife supported for reciprocal movement along a path of travel, and wherein the path of travel has a first end which locates the cutter knife in a retracted, non-cutting position, and a second end, and which locates the cutter knife in an extended, cutting position; a source of fluid pressure selectively delivered to the cutter knife to move the cutter knife along the path of travel from the first end to the second end; a track member positioned adjacent to, and mechanically cooperating with the cutter knife , and which is effective in defining, at least in part, the reciprocal movement of the cutter knife along the path of travel; a magnet mounted on the track member and which is effective in magnetically attracting and restraining the cutter knife when the cutter knife is at the first end of the reciprocal path of travel; and wherein the track member has a generally circular shaped main body which defines a circumscribing peripheral edge , and wherein the main body further defines a first, substantially circular shaped track which is located in a radially inwardly spaced relationship relative to the circumscribing peripheral edge of the main body ; and a second, arcuately shaped track which communicates with the first track, and which is further located in a region of the main body which is between the first track, and the circumscribing peripheral edge , characterized in that the magnet is located in juxtaposed, radially inwardly spaced relation relative to the first substantially circular shaped track . a cutter knife supported for reciprocal movement along a path of travel, and wherein the path of travel has a first end which locates the cutter knife in a retracted, non-cutting position, and a second end, and which locates the cutter knife in an extended, cutting position; a source of fluid pressure selectively delivered to the cutter knife to move the cutter knife along the path of travel from the first end to the second end; a track member positioned adjacent to, and mechanically cooperating with the cutter knife , and which is effective in defining, at least in part, the reciprocal movement of the cutter knife along the path of travel; a magnet mounted on the track member and which is effective in magnetically attracting and restraining the cutter knife when the cutter knife is at the first end of the reciprocal path of travel; and wherein the track member has a generally circular shaped main body which defines a circumscribing peripheral edge , and wherein the main body further defines a first, substantially circular shaped track which is located in a radially inwardly spaced relationship relative to the circumscribing peripheral edge of the main body ; and a second, arcuately shaped track which communicates with the first track, and which is further located in a region of the main body which is between the first track, and the circumscribing peripheral edge , characterized in that the magnet is located in juxtaposed, radially inwardly spaced relation relative to the first substantially circular shaped track .
A vehicle side body structure including: a side sill that has a substantially closed cross-sectional structure substantially extending in a vehicle longitudinal direction; and a center pillar that has a substantially closed cross-sectional structure substantially extending in an upward direction from said side sill , wherein an opening is formed at a position above the side sill and on each of front and rear sides of the center pillar , wherein the center pillar is configured such that an upper direct upward portion is located above a direct upward portion , wherein the direct upward portion is configured to continue from the side sill and is located immediately above the side sill , in a substantially vertical direction of said center pillar , wherein the upper direct upward portion has a higher rigidity against a load to an inner side in a substantially vehicle width direction than said direct upward portion , and wherein inside of a closed cross section of the side sill , a section is provided in a front portion and/or a rear portion of a center pillar arrangement region , in which the center pillar is located, in a substantially longitudinal direction, wherein the section is set as a first section, a second section is provided in front of and/or behind the center pillar arrangement region in substantially the longitudinal direction of the inside of the closed cross section , characterized in that the second section is configured to have higher rigidity against misshaping of a cross section in substantially a cross-sectional view that is substantially perpendicular to the longitudinal direction of the inside of the closed cross section than the first section . the center pillar is configured such that an upper direct upward portion is located above a direct upward portion , wherein the direct upward portion is configured to continue from the side sill and is located immediately above the side sill , in a substantially vertical direction of said center pillar , wherein the upper direct upward portion has a higher rigidity against a load to an inner side in a substantially vehicle width direction than said direct upward portion , and wherein inside of a closed cross section of the side sill , a section is provided in a front portion and/or a rear portion of a center pillar arrangement region , in which the center pillar is located, in a substantially longitudinal direction, wherein the section is set as a first section, a second section is provided in front of and/or behind the center pillar arrangement region in substantially the longitudinal direction of the inside of the closed cross section , characterized in that the second section is configured to have higher rigidity against misshaping of a cross section in substantially a cross-sectional view that is substantially perpendicular to the longitudinal direction of the inside of the closed cross section than the first section .
A stable lyophilized pharmaceutical composition comprising Tigecycline and maltose.
A node assembly for connecting a plurality of struts in a framework of a geodesic structure , the assembly comprising a hub including one or more side walls defining at least one retaining channel therewithin, and one or more retention elements each carried on or for carrying on an end of a respective strut , the hub including clamping means actuatable to clamp the or each retention element within the said retaining channel once it has been inserted therein, and the or each said retention element comprising a bifurcated retention head comprising upper and lower retention wings each having the same length for insertion into and enclosure and retention within the said retaining channel of the hub , wherein the upper and lower retention wings of the or each retention element are pivotable within the said retaining channel in a plane generally perpendicular to a median plane of the hub once the upper and lower retention wings have been inserted in the said retaining channel and pivoted into a desired pivotal position relative thereto but prior to actuation of the clamping means to clamp the or each retention element within the said retaining channel , wherein the one or more side walls of the hub that define the said retaining channel therewithin are configured and/or dimensioned such that they substantially completely enclose the said upper and lower retention wings at any said pivotal position of the upper and lower retention wings once the upper and lower retention wings have been inserted in the said retaining channel .
A pellicle comprising a pellicle frame having an inner wall , an outer wall , an upper end face and a lower end face , and a pellicle membrane , which is adhered to said upper end face of the pellicle frame , wherein each edge area where the inner wall meets the upper end face or the lower end face , respectively, describes a virtual curve when viewed in cross section wherein said each edge area consists of a primary chamfer face , which is primarily formed by chamfering an edge formed by said inner wall and said upper end face or said lower end face , respectively, and a rounded edge , which is formed by rounding an edge formed by said primary chamfer face and the inner wall .
Circuit board comprising a printed circuit comprising phase conductors (L1, L2, L3), each of which is arranged so as to be connected to one phase of a multiphase line , the circuit board further comprising a rectifier bridge comprising phase diodes that are mounted on one and the same face of the printed circuit, the phase diodes comprising, for each phase conductor, one pair of phase diodes comprising a first phase diode (D1, D2, D3) having an anode that is connected to said phase conductor and a second phase diode (D5, D6, D7) having a cathode that is connected to said phase conductor, the pairs of phase diodes lying in succession along a positioning axis (X1) on the face of the printed circuit, the first phase diode and the second phase diode of each pair of phase diodes being positioned in parallel but inverted with respect to each other.
A subsea cable system for transfer of electric power to a subsea device, the subsea cable system comprising a subsea cable with a first end portion and a second end portion where the first end portion is adapted for connection to a supply of electrical energy , the subsea cable comprising at least a first supply cable , a second supply cable and at least one return cable , the first supply cable , the second supply cable and the at least one return cable each comprising a conductor element for conduction of an electric current, the subsea cable system further comprising a conductor transition element comprising a conductor element that is provided with at least a first conductor leg , a second conductor leg and a third conductor leg where the first conductor leg is connected to the conductor element of the first supply cable , the second conductor leg is connected to the conductor element of the second supply cable and the third conductor leg is connectable to a subsea consumer device .
A piston system, comprising: a housing comprising a first recess and a second recess ; a first piston comprising a first portion embedded in the first recess ; a second piston comprising a second portion embedded in the second recess ; and an actuator having a first side and a second side , wherein the first piston selectively presses against the first side of the actuator , and wherein the second piston selectively presses against the second side of the actuator , characterized in that : the first piston has an outer diameter that is larger than an outer diameter of the second piston . a housing comprising a first recess and a second recess ; a first piston comprising a first portion embedded in the first recess ; a second piston comprising a second portion embedded in the second recess ; and an actuator having a first side and a second side , wherein the first piston selectively presses against the first side of the actuator , and wherein the second piston selectively presses against the second side of the actuator , characterized in that : the first piston has an outer diameter that is larger than an outer diameter of the second piston .