mhurhangee/ep-ind-claims huggingface dataset:
A steerable tool having a proximal end and distal end and comprising a shaft region, a bendable proximal part, BPP, that is omnidirectionally moveable, and a bendable distal part, BDP, that is omnidirectionally moveable and is configured to move responsive to movement of the BPP, which steerable tool comprises a mechanical transmission system, MTS, comprising a plurality of longitudinal members, LM, each having a proximal and distal end, arranged in a longitudinal direction around a fictive tube, and has a corresponding transmission shaft region, TSR, transmission bendable proximal part, TBPP, and transmission bendable distal part, TBDP, wherein a plane section of at least one LM demonstrates an anisotropic area moment of inertia, and the majority of the LMs are each axially rotationally constrained at constraining points wherein the LMs are longitudinally slidable with respect to each discrete constraining point, and the MTS is configured such that the BDP tip is axially rotatable in a bent position by a complementary rotation of the BPP wherein - the MTS is further provided with LM guides (300, 305, 305a 350) each configured to axially rotationally constrain said majority of the LMs at the constraining points, at least 2 LM guides (300, 305) being in the TBDP and at least 2 LM guides (300, 305a) being in the TBPP, - each LM guide (300, 305, 305a, 350) comprises a body provided with a plurality of discrete channels arranged around the fictive tube (320, 120) configured to axially rotationally constrain said majority of the LMs at the constraining point, and to maintain the LMs at an essentially constant circumferential position on the fictive tube at the constraining point, and - the LM guides in the TBDP and TBPP are articulated LM guides (305, 305', 305", 305a, 305a', 305a") respectively tandemly arranged, and mutually articulated such that pivotal movement in two degrees of freedom with respect to an adjacent articulated LM guide is allowed, thereby supporting bending of the LMs in the TBDP and TBPP respectively. - the MTS is further provided with LM guides (300, 305, 305a 350) each configured to axially rotationally constrain said majority of the LMs at the constraining points, at least 2 LM guides (300, 305) being in the TBDP and at least 2 LM guides (300, 305a) being in the TBPP, - each LM guide (300, 305, 305a, 350) comprises a body provided with a plurality of discrete channels arranged around the fictive tube (320, 120) configured to axially rotationally constrain said majority of the LMs at the constraining point, and to maintain the LMs at an essentially constant circumferential position on the fictive tube at the constraining point, and - the LM guides in the TBDP and TBPP are articulated LM guides (305, 305', 305", 305a, 305a', 305a") respectively tandemly arranged, and mutually articulated such that pivotal movement in two degrees of freedom with respect to an adjacent articulated LM guide is allowed, thereby supporting bending of the LMs in the TBDP and TBPP respectively.
A transdermal drug delivery device for the pre-treatment and treatment of poisoning by highly toxic organophosphates in humans, in the form of a matrix system comprising a backing layer, a drug containing adhesive layer and a release liner, in which the drug containing adhesive layer comprises a neutral polyacrylate without functionality having a uniform dispersion of a parasympathomimetic and a parasympatholytic therein, wherein the neutral polyacrylate without functionality is a polymer or a co-polymer of an ester of an acrylic acid which polymer or co-polymer is substantially free from any functional group capable of providing for cross-linking of the polymer or the co-polymer or for interaction with the parasympathomimetic or parasympatholytic.
A vehicle air compressor controller, comprising: an electronic control unit 'ECU' adapted to receive a plurality of signals representing respective vehicle parameters and control a compressor; and a variable torque transmitter, controlled by the ECU, receiving an engine speed from an engine of the vehicle and delivering a variable torque to the compressor of the vehicle for controlling a speed of the compressor, characterized in that: the vehicle air compressor controller provides load-unload control of the compressor; and, the variable torque transmitter includes a valve, controlled by the ECU, delivering a fluid to a control cylinder associated with a clutch piston, the variable torque being determined as a function of the engine speed, the vehicle parameters, and the amount of fluid in the clutch piston. an electronic control unit 'ECU' adapted to receive a plurality of signals representing respective vehicle parameters and control a compressor; and a variable torque transmitter, controlled by the ECU, receiving an engine speed from an engine of the vehicle and delivering a variable torque to the compressor of the vehicle for controlling a speed of the compressor, characterized in that: the vehicle air compressor controller provides load-unload control of the compressor; and, the variable torque transmitter includes a valve, controlled by the ECU, delivering a fluid to a control cylinder associated with a clutch piston, the variable torque being determined as a function of the engine speed, the vehicle parameters, and the amount of fluid in the clutch piston. the vehicle air compressor controller provides load-unload control of the compressor; and, the variable torque transmitter includes a valve, controlled by the ECU, delivering a fluid to a control cylinder associated with a clutch piston, the variable torque being determined as a function of the engine speed, the vehicle parameters, and the amount of fluid in the clutch piston.
A work vehicle comprising: - a frame including generally upwardly extending laterally spaced side members; - a boom structure including a pair of arms pivotably connecting said boom structure to said frame; - a pressurized fluid system operably associated with said boom structure for raising and lowering jointly each of said arms along a path of travel adjacent a corresponding side member; and - a stop member selectably extending outwardly from at least one of said side members between a locking position and a retracted position, said locking position extending at least a portion of said stop member into the path of travel of a corresponding arm of said boom structure to prevent a lowering movement of said boom structure beyond a predetermined height; and - characterized in that said vehicle further comprises: - a boom lock system for preventing said fluid system from applying a fluid force to lower said boom structure when said stop member is in said locking position. - wherein said boom lock system comprises a selectably actuatable switch between a first position and a second position, said first position corresponding to said stop member being in the locking position. - a frame including generally upwardly extending laterally spaced side members; - a boom structure including a pair of arms pivotably connecting said boom structure to said frame; - a pressurized fluid system operably associated with said boom structure for raising and lowering jointly each of said arms along a path of travel adjacent a corresponding side member; and - a stop member selectably extending outwardly from at least one of said side members between a locking position and a retracted position, said locking position extending at least a portion of said stop member into the path of travel of a corresponding arm of said boom structure to prevent a lowering movement of said boom structure beyond a predetermined height; and - characterized in that said vehicle further comprises: - a boom lock system for preventing said fluid system from applying a fluid force to lower said boom structure when said stop member is in said locking position. - wherein said boom lock system comprises a selectably actuatable switch between a first position and a second position, said first position corresponding to said stop member being in the locking position.
A soft tissue implant pocket comprising an inner surface, an outer surface and an opening sized to receive an implant; wherein at least the outer surface of the pocket comprises a biodegradable polyurethane foam, said biodegradable polyurethane foam comprising a pore structure configured for cellular infiltration.
A sealing resin composition comprising: an epoxy resin; a curing agent; an inorganic filler; and rubber particles, wherein a toughness index of a cured product of the sealing resin composition at 25°C is equal to or more than 80 and equal to or less than 100, and a bending elastic modulus of the cured product of the sealing resin composition at 25°C is equal to or less than 12,000 MPa. MPa,wherein the toughness index and the bending elastic modulus are determined as indicated in the specification. an epoxy resin; a curing agent; an inorganic filler; and rubber particles, wherein a toughness index of a cured product of the sealing resin composition at 25°C is equal to or more than 80 and equal to or less than 100, and a bending elastic modulus of the cured product of the sealing resin composition at 25°C is equal to or less than 12,000 MPa. MPa,wherein the toughness index and the bending elastic modulus are determined as indicated in the specification.
Hand-held applicator for collecting, mixing, diluting and discharging a sample liquid, comprising a main body having an inlet-aperture, an outlet-aperture and a chamber for storing a liquid solution, wherein the chamber is connected to the inlet-aperture and the outlet-aperture; a lid for covering the inlet-aperture; and a tube, moveably supported in the inlet-aperture when the lid is covering the upper portion of the main body, wherein the tube is moveable between a predetermined position outside the chamber and a position, in which the tube is at least partly located in the chamber. characterized in that an outlet-opening of the chamber is provided on a protrusion on the bottom of the chamber or on a protrusion on top of a moveable plunger that is accommodated in a bottom portion of the main body.
A method of transmitting a Physical Sidelink Shared Channel, PSSCH, by a first User Equipment, UE, in a wireless communication system, the method comprising: excluding one or more second subframes used by a second UE from among first subframes which are candidate subframes for PSSCH transmission; and selecting a subframe for PSSCH after excluding the second subframes from among the first subframes; transmitting the PSSCH on the selected subframe, wherein the excluding the one or more second subframes used by the second UE comprises assuming, by the first UE, a periodical transmission by the second UE, wherein the periodical transmission by the second UE follows a reservation period used by the second UE that is repeated a number of times, characterized in that the first UE assumes the periodical transmission by the second UE during an interval that is determined based on the product of a reservation period used by the first UE and a value of a counter related to a number of times that the first UE can repeat transmission, wherein the first UE selects the value of the counter within a predetermined range, and if the reservation period of the first UE is smaller than a predetermined value, values of the predetermined range are larger as the reservation period of the first UE decreases. excluding one or more second subframes used by a second UE from among first subframes which are candidate subframes for PSSCH transmission; and selecting a subframe for PSSCH after excluding the second subframes from among the first subframes; transmitting the PSSCH on the selected subframe, wherein the excluding the one or more second subframes used by the second UE comprises assuming, by the first UE, a periodical transmission by the second UE, wherein the periodical transmission by the second UE follows a reservation period used by the second UE that is repeated a number of times, characterized in that the first UE assumes the periodical transmission by the second UE during an interval that is determined based on the product of a reservation period used by the first UE and a value of a counter related to a number of times that the first UE can repeat transmission, wherein the first UE selects the value of the counter within a predetermined range, and if the reservation period of the first UE is smaller than a predetermined value, values of the predetermined range are larger as the reservation period of the first UE decreases.
A two-phase fermentation process for the production of an isoprenoid, comprising the steps of: a) adding a water-immiscible organic solvent to an aqueous medium for culturing cells to form a two phase system, wherein the ratio of water-immiscible organic solvent to aqueous medium is between 0.5 % (v/v) and 60% (v/v) and the total volume of solvent and medium is at least 10 L; b) providing the two phase system with an oxygen probe; then c) performing a calibration of said oxygen probe; then d) optimizing oxygen tension in said two phase system, wherein the optimized oxygen tension is between 50 - 100%; then e) inoculating said two phase system with a microorganism capable of producing said isoprenoid in said oxygen optimized two phase system in an amount sufficient to reach a saturated concentration thereof in the aqueous phase; then f) measuring and optimizing oxygen tension; and g) allowing said microorganism to produce said isoprenoid at an optimized oxygen tension of between 0 - 50%. a) adding a water-immiscible organic solvent to an aqueous medium for culturing cells to form a two phase system, wherein the ratio of water-immiscible organic solvent to aqueous medium is between 0.5 % (v/v) and 60% (v/v) and the total volume of solvent and medium is at least 10 L; b) providing the two phase system with an oxygen probe; then c) performing a calibration of said oxygen probe; then d) optimizing oxygen tension in said two phase system, wherein the optimized oxygen tension is between 50 - 100%; then e) inoculating said two phase system with a microorganism capable of producing said isoprenoid in said oxygen optimized two phase system in an amount sufficient to reach a saturated concentration thereof in the aqueous phase; then f) measuring and optimizing oxygen tension; and g) allowing said microorganism to produce said isoprenoid at an optimized oxygen tension of between 0 - 50%.
A compressor, comprising: a housing (1, 2) having a discharge chamber into which compressed refrigerant gas is discharged, an oil separation chamber in which lubricating oil contained in the discharged refrigerant gas is separated, a passage connecting between the discharge chamber and the oil separation chamber, and an outlet port through which the refrigerant gas passed through the oil separation chamber flows out of the housing (1, 2); and a cylindrical oil separator provided in the oil separation chamber and connected at one end to the outlet port, the oil separator including a large inner-diameter portion, a small inner-diameter portion having a smaller diameter than the large inner-diameter portion, and an intermediate portion formed between the large inner-diameter portion and the small inner-diameter portion and tapered toward the small inner-diameter portion, characterized in that plural holes are formed in the periphery of the small inner-diameter portion of the oil separator, and the passage is directed toward the small inner-diameter portion of the oil separator in such a manner that the refrigerant gas flowed through the passage into the oil separation chamber swirls around the small inner-diameter portion, so that the refrigerant gas from which lubricating oil is separated enters the oil separator through the holes and then exits the large inner-diameter portion of the oil separator through the intermediate portion. a housing (1, 2) having a discharge chamber into which compressed refrigerant gas is discharged, an oil separation chamber in which lubricating oil contained in the discharged refrigerant gas is separated, a passage connecting between the discharge chamber and the oil separation chamber, and an outlet port through which the refrigerant gas passed through the oil separation chamber flows out of the housing (1, 2); and a cylindrical oil separator provided in the oil separation chamber and connected at one end to the outlet port, the oil separator including a large inner-diameter portion, a small inner-diameter portion having a smaller diameter than the large inner-diameter portion, and an intermediate portion formed between the large inner-diameter portion and the small inner-diameter portion and tapered toward the small inner-diameter portion, characterized in that plural holes are formed in the periphery of the small inner-diameter portion of the oil separator, and the passage is directed toward the small inner-diameter portion of the oil separator in such a manner that the refrigerant gas flowed through the passage into the oil separation chamber swirls around the small inner-diameter portion, so that the refrigerant gas from which lubricating oil is separated enters the oil separator through the holes and then exits the large inner-diameter portion of the oil separator through the intermediate portion.
A reproduction control apparatus comprising: instruction means configured to give an instruction so as to move a reproduction position of time series data; and control means configured to perform control to move a current reproduction position (521, 523), when there is an instruction from the instruction means to move the reproduction position forward by a first period, characterized in that the control means is configured to perform controls, in response to the instruction to move the reproduction position forward by the first period, to move a current reproduction position forward by the first period in a case where a remaining time from the current reproduction position to a terminal end is longer than a total period of the first period and a second period, the second period being a preset period regardless of the time series data, and to move the current reproduction position to a position that is the second period before the terminal end in a case where the remaining time is less than or equal to the total period and longer than the second period, wherein the control means stops reproduction automatically upon reproduction being performed for a time of a same length as the second period after moving the current reproduction position. instruction means configured to give an instruction so as to move a reproduction position of time series data; and control means configured to perform control to move a current reproduction position (521, 523), when there is an instruction from the instruction means to move the reproduction position forward by a first period, characterized in that the control means is configured to perform controls, in response to the instruction to move the reproduction position forward by the first period, to move a current reproduction position forward by the first period in a case where a remaining time from the current reproduction position to a terminal end is longer than a total period of the first period and a second period, the second period being a preset period regardless of the time series data, and to move the current reproduction position to a position that is the second period before the terminal end in a case where the remaining time is less than or equal to the total period and longer than the second period, wherein the control means stops reproduction automatically upon reproduction being performed for a time of a same length as the second period after moving the current reproduction position.
A communication device (100, 200, 300) comprising: a communication unit configured to communicate with a first communication device or a second communication device by using human body communication, with regard to setting information for establishing direct communication between the first communication device and the second communication device; wherein the setting information includes first setting information which is setting information of the first communication device, and the communication unit is configured to receive the first setting information from the first communication device by using the human body communication; wherein the communication unit is configured to subsequently transmit a transmission authorization inquiry of the first setting information to the first communication device, and the communication unit is further configured to transmit the first setting information to the second communication device by using the human body communication when a transmission authorization is received from the first communication device, the transmission authorization inquiry includes prompting by the first communication device a user to select presence or absence of the transmission authorization. a communication unit configured to communicate with a first communication device or a second communication device by using human body communication, with regard to setting information for establishing direct communication between the first communication device and the second communication device; wherein the setting information includes first setting information which is setting information of the first communication device, and the communication unit is configured to receive the first setting information from the first communication device by using the human body communication; wherein the communication unit is configured to subsequently transmit a transmission authorization inquiry of the first setting information to the first communication device, and the communication unit is further configured to transmit the first setting information to the second communication device by using the human body communication when a transmission authorization is received from the first communication device, the transmission authorization inquiry includes prompting by the first communication device a user to select presence or absence of the transmission authorization.