mhurhangee/patent-ind-claim-en huggingface dataset:
A pen needle comprising, a hub having a recess on a proximal side for receiving a medication pen body and distal end; a cannula received in said hub and extending from said distal end of said hub , said cannula having a distal end for injection into a subject's skin, and a proximal end for positioning in a medication compartment of the pen body; characterized in that the hub has a curved distal skin contact surface , at said distal end having a diameter greater than 3.0 mm, an outer peripheral surface at an outer peripheral edge , an inner annular surface surrounding the cannula and where the distal end has a curved portion with a radius of curvature extending between the outer peripheral edge and the inner annular surface , and where said curved portion has a radius of curvature in a range of 6.0 mm to 10.0 mm. a hub having a recess on a proximal side for receiving a medication pen body and distal end; a cannula received in said hub and extending from said distal end of said hub , said cannula having a distal end for injection into a subject's skin, and a proximal end for positioning in a medication compartment of the pen body; characterized in that the hub has a curved distal skin contact surface , at said distal end having a diameter greater than 3.0 mm, an outer peripheral surface at an outer peripheral edge , an inner annular surface surrounding the cannula and where the distal end has a curved portion with a radius of curvature extending between the outer peripheral edge and the inner annular surface , and where said curved portion has a radius of curvature in a range of 6.0 mm to 10.0 mm.
Child seat for attachment to a motor vehicle seat, comprising a seat element and at least one support leg for supporting the child seat on a base surface, in particular footwell of the motor vehicle, wherein a display device is provided which is designed to display a ground contact of the support leg with the base surface, in particular the footwell, wherein the support leg has at least one upper telescopic section and at least one lower telescopic section , which are displaceable against each other for lengthening and shortening of the support leg, wherein an operative connection is present between the lower telescopic section and the display device, which is designed such that a displacement of the lower section in relation to the upper section leads to a triggering of the display device due to a ground contact of a support leg end.
Power tool , in particular a pipe press, comprising a drive , an output shaft , a threaded spindle drive and a linear actuator , wherein a torque generated by the drive is transmissible via the output shaft , and the threaded spindle drive connected to the output shaft , to the linear actuator , characterized in that the threaded spindle drive has an inner threaded spindle part with an external thread and an outer threaded spindle part with an internal thread , wherein the internal thread interacts with the external thread via at least one bearing roller , and the at least one bearing roller has at least one radially encircling channel by means of which the bearing roller engages in each case into the external thread and into the internal thread .
A restoring mechanism for a floating battery swap device, the floating battery swap device comprising a fixed portion and a floating portion , and the floating portion being able to float relative to the fixed portion , characterized in that the restoring mechanism comprises: a guide sleeve , the guide sleeve being fixedly connected to one of the floating portion and the fixed portion , and the guide sleeve having a cavity and a first opening located at a first end thereof; a guide rod , with a first end of the guide rod slidably extending into the cavity from the first opening, and a second end of the guide rod abutting against the other of the fixed portion and the floating portion ; and an elastic member arranged in the cavity, with a first end of the elastic member being connected to the first end of the guide rod ; the second end of the guide rod is provided with a rolling member that is able to freely roll relative to the fixed portion or the floating portion , and the guide rod abuts against the fixed portion or the floating portion by means of the rolling member . a guide sleeve , the guide sleeve being fixedly connected to one of the floating portion and the fixed portion , and the guide sleeve having a cavity and a first opening located at a first end thereof; a guide rod , with a first end of the guide rod slidably extending into the cavity from the first opening, and a second end of the guide rod abutting against the other of the fixed portion and the floating portion ; and an elastic member arranged in the cavity, with a first end of the elastic member being connected to the first end of the guide rod ; the second end of the guide rod is provided with a rolling member that is able to freely roll relative to the fixed portion or the floating portion , and the guide rod abuts against the fixed portion or the floating portion by means of the rolling member .
Method for the production of a decorative wood surface in the form of a planar veneer with a thickness of less than 1 mm, preferably 0.5 to 0.6 mm, comprising at least steps (A) to (E): (A) Mixing of cut planar veneer pieces, the top or bottom side of which each comprise a surface area in the range of 200 mm 2 to 2000 mm 2 , the veneer pieces each having a thickness in the range of less than 1 mm, preferably 0.5 mm to 0.6 mm; (B) gluing the mixed veneer pieces; (C) arranging the glued veneer pieces into a layer having a thickness of up to 15 mm; (D) pressing the glued veneer pieces arranged in the layer into a board having a board thickness of less than 6 mm; (E) sanding the board until the planar veneer, produced during sanding, has a thickness in the range of less than 1 mm, preferably 0.5 mm to 0.6 mm; wherein in step (C) the arrangement of the glued veneer pieces to form a layer is effected in such a way that the glued veneer pieces are present in the layer in a random distribution. (A) Mixing of cut planar veneer pieces, the top or bottom side of which each comprise a surface area in the range of 200 mm 2 to 2000 mm 2 , the veneer pieces each having a thickness in the range of less than 1 mm, preferably 0.5 mm to 0.6 mm; (B) gluing the mixed veneer pieces; (C) arranging the glued veneer pieces into a layer having a thickness of up to 15 mm; (D) pressing the glued veneer pieces arranged in the layer into a board having a board thickness of less than 6 mm; (E) sanding the board until the planar veneer, produced during sanding, has a thickness in the range of less than 1 mm, preferably 0.5 mm to 0.6 mm;
A food supplement comprising at least one source of magnesium that is chosen from magnesium salts, hydrates or chelates, for the use thereof in the prevention of myopathies in farmed poultry.
A sensing device for determining a freshness status of a food item , the food item being placed within a receptacle of a storage container , wherein the sensing device comprises - a gas sensor configured to capture sensor data regarding gas comprised within the receptacle ; - a user interface configured to allow a user to indicate a type of the food item placed within the receptacle ; and - a control unit configured to enable determination of the freshness status of the food item based on the sensor data provided by the gas sensor and based on the indication of the type of the food item provided by the user interface ; - wherein the user interface is provided directly at the sensing device and the sensing device is designed as an independent device, which is configured to be operated in a stand-alone manner; characterized in that - the sensing device comprises a first module comprising the gas sensor and a second module comprising the control unit and the user interface ; - the user interface comprises a rotatable wheel configured to be turned by the user to a plurality of different type segments for selecting one of a corresponding plurality of different food item types; - the control unit is configured to determine the indication of the type of the food item based on the type segment that the rotatable wheel has been turned to; and - the first module and the second module are coupled with one another via a flexible strap , which is configured to be placed over a rim of the receptacle such that the first module is placed inside the receptacle and the second module is placed outside the receptacle . - a gas sensor configured to capture sensor data regarding gas comprised within the receptacle ; - a user interface configured to allow a user to indicate a type of the food item placed within the receptacle ; and - a control unit configured to enable determination of the freshness status of the food item based on the sensor data provided by the gas sensor and based on the indication of the type of the food item provided by the user interface ; - wherein the user interface is provided directly at the sensing device and the sensing device is designed as an independent device, which is configured to be operated in a stand-alone manner; - the sensing device comprises a first module comprising the gas sensor and a second module comprising the control unit and the user interface ; - the user interface comprises a rotatable wheel configured to be turned by the user to a plurality of different type segments for selecting one of a corresponding plurality of different food item types; - the control unit is configured to determine the indication of the type of the food item based on the type segment that the rotatable wheel has been turned to; and - the first module and the second module are coupled with one another via a flexible strap , which is configured to be placed over a rim of the receptacle such that the first module is placed inside the receptacle and the second module is placed outside the receptacle .
Directional control valve for adjusting a fluid flow, such as a coolant flow, comprising: - a valve housing with at least two fluid openings, which are fluidically connected to a valve interior delimited by the valve housing , and at least one seal receptacle; - a valve member , which can be adjusted for closing and at least partially opening the at least two fluid openings ; and - a seal , which is injected in an assembly direction (M) by means of an injection molding method from the valve interior into the at least one seal receptacle and is produced in one piece, characterized in that the seal and the seal receptacle engage in one another in a form-fitting manner counter to the assembly direction (M) in order to prevent a removal of the seal and valve housing . - a valve housing with at least two fluid openings, which are fluidically connected to a valve interior delimited by the valve housing , and at least one seal receptacle; - a valve member , which can be adjusted for closing and at least partially opening the at least two fluid openings ; and - a seal , which is injected in an assembly direction (M) by means of an injection molding method from the valve interior into the at least one seal receptacle and is produced in one piece, characterized in that the seal and the seal receptacle engage in one another in a form-fitting manner counter to the assembly direction (M) in order to prevent a removal of the seal and valve housing .
A compressor motor that is placed in a motor housing and is configured to receive electric power applied from an outside via a hermetic terminal , wherein a cluster block that is connected to a stator coil end of the motor via a motor lead wire is placed in an outer circumferential region of a stator coil end cover or a bobbin of the motor such that a terminal connection port of the cluster block faces an outer circumferential side of the motor housing , an opening and a placement bearing surface for inserting and placing the hermetic terminal are provided in an outer circumferential region of the motor housing , the outer circumferential region facing the cluster block provided on the motor side, and the hermetic terminal is inserted and placed from the outer circumferential side of the motor housing to the opening and the placement bearing surface , to be thereby made directly connectable to the terminal connection port of the cluster block , characterized in that the cluster block is slightly displaceably locked by respectively fitting a plurality of nail parts erected from the outer circumferential region of the stator coil end cover or the bobbin , to attachment holes provided in the cluster block with a slight gap (S) in the circumferential direction and/or the axial direction.
Device for transferring energy to an electric vehicle, comprising - a parking space for parking the electric vehicle and - a first rotating disc arranged on the base of the parking space which is rotatable around a first rotational axis by means of a first drive device , characterised by a traversing device arranged on the first rotating disc , on which a dispensing device (P) for dispensing the energy is arranged and by means of which the dispensing device (P) is traversable on the first rotating disc . - a parking space for parking the electric vehicle and - a first rotating disc arranged on the base of the parking space which is rotatable around a first rotational axis by means of a first drive device ,
A surgical system for performing a surgical procedure at a surgical site of a spine of a patient, said system comprising: a retractor having a proximal end , a distal end , an inner surface , an outer surface , and a central axis extending between said distal end and said proximal end , in which said distal end is configured to be positioned within the patient to provide a working channel to the surgical site and said proximal end defines an opening open to ambient; an inflow source for providing a fluid to the surgical site to form a volume of fluid disposed in the surgical site and said retractor ; an outflow source for removing a volume of fluid ; a sensor coupled to said retractor for providing a sensor input signal based on a level of fluid disposed in said retractor ; a controller in communication with said sensor and at least one chosen from said inflow source and said outflow source and configured to control a flow rate of fluid being provided by said inflow source , an outflow rate of fluid being removed by said outflow source , or a combination thereof based on said sensor input signal such that a threshold level of fluid is maintained in the retractor ; and wherein said sensor comprises an electrical fluid sensing member disposed about said inner surface of said retractor and provides said sensor input signal to said controller . a retractor having a proximal end , a distal end , an inner surface , an outer surface , and a central axis extending between said distal end and said proximal end , in which said distal end is configured to be positioned within the patient to provide a working channel to the surgical site and said proximal end defines an opening open to ambient; an inflow source for providing a fluid to the surgical site to form a volume of fluid disposed in the surgical site and said retractor ; an outflow source for removing a volume of fluid ; a sensor coupled to said retractor for providing a sensor input signal based on a level of fluid disposed in said retractor ; a controller in communication with said sensor and at least one chosen from said inflow source and said outflow source and configured to control a flow rate of fluid being provided by said inflow source , an outflow rate of fluid being removed by said outflow source , or a combination thereof based on said sensor input signal such that a threshold level of fluid is maintained in the retractor ; and wherein said sensor comprises an electrical fluid sensing member disposed about said inner surface of said retractor and provides said sensor input signal to said controller .
A method for decontaminating articles having porous outer surfaces, said method including steps of: providing a decontamination chamber including a housing having an inlet end and an outlet end, the housing defining an interior region through which the articles are conveyed; conveying said articles through said decontamination chamber at a predetermined speed selected such that said articles are disposed in said decontamination chamber for a predetermined period of time; providing a source of sterilant vapor, said source providing said sterilant vapor at a temperature within a predetermined acceptable temperature range and at a concentration within a predetermined acceptable concentration range; conveying a sterilant vapor from said source of sterilant vapor to said housing of said decontamination chamber; providing a heating unit in said interior region near said inlet end of said housing to heat said articles to a temperature that is greater than a temperature of said sterilant vapor and less than a maximum predetermined temperature of said articles; and exposing said heated articles to said sterilant vapor, wherein said predetermined period of time and said predetermined acceptable concentration range of said sterilant vapor are selected such that said sterilant vapor does not penetrate said porous outer surfaces of said articles, wherein said heating of said articles is conducted before said exposing of said heated articles to said sterilant vapor. providing a decontamination chamber including a housing having an inlet end and an outlet end, the housing defining an interior region through which the articles are conveyed; conveying said articles through said decontamination chamber at a predetermined speed selected such that said articles are disposed in said decontamination chamber for a predetermined period of time; providing a source of sterilant vapor, said source providing said sterilant vapor at a temperature within a predetermined acceptable temperature range and at a concentration within a predetermined acceptable concentration range; conveying a sterilant vapor from said source of sterilant vapor to said housing of said decontamination chamber; providing a heating unit in said interior region near said inlet end of said housing to heat said articles to a temperature that is greater than a temperature of said sterilant vapor and less than a maximum predetermined temperature of said articles; and exposing said heated articles to said sterilant vapor, wherein said predetermined period of time and said predetermined acceptable concentration range of said sterilant vapor are selected such that said sterilant vapor does not penetrate said porous outer surfaces of said articles, wherein said heating of said articles is conducted before said exposing of said heated articles to said sterilant vapor.
A control device adapted to issue commands to a plurality of servo drivers (SDx, SDy, SDz) corresponding to a plurality of servomotors (SMx, SMy, SMz), wherein the control device is adapted to set a servo driver among the plurality of servo drivers (SDx, SDy, SDz) corresponding to a standard servomotor having a maximum response delay time among the plurality of servomotors (SMx, SMy, SMz) as a standard servo driver, and to delay a command timing to another servo driver among the plurality of servo drivers (SDx, SDy, SDz) from a command timing to the standard servo driver by a difference between a response delay time of the standard servomotor and a response delay time of a servomotor among the plurality of servomotors (SMx, SMy, SMz) corresponding to the another servo driver, wherein the commands are position commands based on a target trajectory; the control device being characterized in that the control device is adapted to read a position loop gain from each of the plurality of servo drivers (SDx, SDy, SDz) and calculate the response delay time of each of the plurality of servomotors (SMx, SMy, SMz) as an inverse number of the read position loop gain. wherein the control device is adapted to set a servo driver among the plurality of servo drivers (SDx, SDy, SDz) corresponding to a standard servomotor having a maximum response delay time among the plurality of servomotors (SMx, SMy, SMz) as a standard servo driver, and to delay a command timing to another servo driver among the plurality of servo drivers (SDx, SDy, SDz) from a command timing to the standard servo driver by a difference between a response delay time of the standard servomotor and a response delay time of a servomotor among the plurality of servomotors (SMx, SMy, SMz) corresponding to the another servo driver, wherein the commands are position commands based on a target trajectory; the control device being characterized in that the control device is adapted to read a position loop gain from each of the plurality of servo drivers (SDx, SDy, SDz) and calculate the response delay time of each of the plurality of servomotors (SMx, SMy, SMz) as an inverse number of the read position loop gain.
A method in a User Equipment, UE for enabling providing reporting Channel Quality Indicator, CQI, on a Physical Uplink Shared Channel, PUSCH, to a base station, comprising the steps of: obtaining information of an uplink scheduling grant of resources from the base station , for which the granted radio resources span over at least two sub frames; obtaining at least an indication of a request for reporting CQI on the PUSCH in at least one scheduled uplink transmission; and reporting CQI on the PUSCH in at least one scheduled uplink transmission. obtaining information of an uplink scheduling grant of resources from the base station , for which the granted radio resources span over at least two sub frames; obtaining at least an indication of a request for reporting CQI on the PUSCH in at least one scheduled uplink transmission; and reporting CQI on the PUSCH in at least one scheduled uplink transmission.
A method for handling an in-phase and quadrature, "I/Q", channel mismatch of an I/Q down-converted signal for an in-phase (I) channel, and a quadrature (Q) channel, wherein the method comprises: - obtaining a discrete-time complex valued signal r(n) for the in-phase (I) channel, and the quadrature (Q) channel, wherein the discrete-time complex valued signal r(n) is based on an analog-to-digital conversion of the I/Q down-converted signal, wherein the obtained discrete-time complex valued signal r(n) is oversampled by a factor of two or more, - forming an intermediate signal v(n) that corresponds to the real part of a π / 2 frequency shifted version of the obtained discrete-time complex valued signal r(n), and - applying , on the formed intermediate signal v(n), a procedure for obtaining an estimate of a frequency dependent mismatch of a two-channel time-interleaved analog-to-digital converter, "TI-ADC", thereby obtaining a TI-ADC mismatch estimate, wherein the TI-ADC mismatch estimate directly or indirectly relates to filter coefficients that are used for compensating the I/Q channel mismatch. - obtaining a discrete-time complex valued signal r(n) for the in-phase (I) channel, and the quadrature (Q) channel, wherein the discrete-time complex valued signal r(n) is based on an analog-to-digital conversion of the I/Q down-converted signal, wherein the obtained discrete-time complex valued signal r(n) is oversampled by a factor of two or more, - forming an intermediate signal v(n) that corresponds to the real part of a π / 2 frequency shifted version of the obtained discrete-time complex valued signal r(n), and - applying , on the formed intermediate signal v(n), a procedure for obtaining an estimate of a frequency dependent mismatch of a two-channel time-interleaved analog-to-digital converter, "TI-ADC", thereby obtaining a TI-ADC mismatch estimate, wherein the TI-ADC mismatch estimate directly or indirectly relates to filter coefficients that are used for compensating the I/Q channel mismatch.