mhurhangee/ep-ind-claims huggingface dataset:
A colour-coded syringe comprising colour-coded polymeric particles, each comprising: a core; one or more dyes; and a coating comprising poly[bis(2,2,2-trifluoroethoxy)]phosphazene; wherein the one or more dyes impart a first visually distinctive colour for each polymeric particle having a first calibrated size; wherein the one or more dyes impart a second visually distinctive colour for each polymeric particle having a second calibrated size; wherein the coating and/or core contains one or more dyes; wherein the one or more dyes are selected to impart a distinctive color to each polymeric particle having a calibrated size; and wherein the syringe is color-coded at least in part to correspond with the color of the polymeric particles contained therein. a core; one or more dyes; and a coating comprising poly[bis(2,2,2-trifluoroethoxy)]phosphazene; wherein the one or more dyes impart a first visually distinctive colour for each polymeric particle having a first calibrated size; wherein the one or more dyes impart a second visually distinctive colour for each polymeric particle having a second calibrated size; wherein the coating and/or core contains one or more dyes; wherein the one or more dyes are selected to impart a distinctive color to each polymeric particle having a calibrated size; and wherein the syringe is color-coded at least in part to correspond with the color of the polymeric particles contained therein.
Remote control comprising: - an integrally formed housing with a battery receiving portion in form of a blind hole recess and an electronic receiving portion, characterized in that the electronic receiving portion is angled relative to the battery carrier by an obtuse angle (α) and characterized in that the remote control further comprises: - an electronic element (2, 3) that includes an electronic carrier and a conductor board carried thereon and that is linearly moveably relative to the housing insofar that a battery carrier is removable from the battery receiving portion, - a locking spring that is provided to fix the electronic element (2, 3) in the housing, that is inserted between the conductor board and the electronic carrier and that includes a spring leg (11, 12), which protrudes through an opening in the electronic carrier and that is supported by a bottom of the housing, - wherein in a completely inserted state of the electronic element (2, 3) into the electronic receiving portion, a further opening and a snap-in edge is formed at the bottom of the housing opposite to the spring leg (11, 12) of the locking spring, and wherein the spring leg (11, 12) engages into the snap-in edge. - an integrally formed housing with a battery receiving portion in form of a blind hole recess and an electronic receiving portion, characterized in that the electronic receiving portion is angled relative to the battery carrier by an obtuse angle (α) and characterized in that the remote control further comprises: - an electronic element (2, 3) that includes an electronic carrier and a conductor board carried thereon and that is linearly moveably relative to the housing insofar that a battery carrier is removable from the battery receiving portion, - a locking spring that is provided to fix the electronic element (2, 3) in the housing, that is inserted between the conductor board and the electronic carrier and that includes a spring leg (11, 12), which protrudes through an opening in the electronic carrier and that is supported by a bottom of the housing, - wherein in a completely inserted state of the electronic element (2, 3) into the electronic receiving portion, a further opening and a snap-in edge is formed at the bottom of the housing opposite to the spring leg (11, 12) of the locking spring, and wherein the spring leg (11, 12) engages into the snap-in edge.
A method for enabling activation of a wireless communication device to operate with a server on a wireless communication network (101, 124), the method comprising: receiving an activation request from the server, the activation request being authenticated with a signature signed with a server certificate, the server certificate including server identity information; verifying the activation request by verifying the server identity information and the signature; and only after receiving input to accept the activation request, establishing a mutually authenticated communication session with the server for activation of the device on the server, the mutually authenticated communication session being authenticated by a device certificate from the device and the same or different server certificate. receiving an activation request from the server, the activation request being authenticated with a signature signed with a server certificate, the server certificate including server identity information; verifying the activation request by verifying the server identity information and the signature; and only after receiving input to accept the activation request, establishing a mutually authenticated communication session with the server for activation of the device on the server, the mutually authenticated communication session being authenticated by a device certificate from the device and the same or different server certificate.
A holding arm for medical purposes, in particular for holding a surgical mechatronic assistance system, comprising - a proximal end for attaching the holding arm to a base and a distal end for receiving the surgical mechatronic assistance system; - a base interface at the proximal end for connecting the holding arm to an external control unit for transmitting signals to and from the holding arm; - an assistance interface at the distal end for coupling the holding arm to the assistance system in order to control the assistance system; - a transmission means (76, 78) which is arranged inside the holding arm and which connects the assistance interface to the base interface in order to transmit signals between the interfaces (6, 8); - an assistance operating device designed to detect an operator action by an operator which is directed at controlling the assistance system and if necessary to cause a request signal representing the operator action (m) to be transmitted to the assistance interface for the purpose of controlling the surgical mechatronic assistance system; and - a processor unit assigned to the assistance operating device and configured to translate the operator action into a data structure, wherein the data structure comprises a 3D motion vector (r) and a velocity value (v), characterized in that the assistance operating device comprises at least one control ring which is arranged around the circumference of at least one arm segment and/or is axially mobile, wherein when an operator rotates the control ring around a longitudinal axis, this is detected by the processor unit and a corresponding request signal which can represent a direction of rotation, an angle of rotation, a rotational speed and/or a rotational acceleration, is sent via the transmission means to the mechatronic assistance system. - a proximal end for attaching the holding arm to a base and a distal end for receiving the surgical mechatronic assistance system; - a base interface at the proximal end for connecting the holding arm to an external control unit for transmitting signals to and from the holding arm; - an assistance interface at the distal end for coupling the holding arm to the assistance system in order to control the assistance system; - a transmission means (76, 78) which is arranged inside the holding arm and which connects the assistance interface to the base interface in order to transmit signals between the interfaces (6, 8); - an assistance operating device designed to detect an operator action by an operator which is directed at controlling the assistance system and if necessary to cause a request signal representing the operator action (m) to be transmitted to the assistance interface for the purpose of controlling the surgical mechatronic assistance system; and - a processor unit assigned to the assistance operating device and configured to translate the operator action into a data structure, wherein the data structure comprises a 3D motion vector (r) and a velocity value (v),
A detector and localizer of ferromagnetic inclusions in a continually passing medium comprising a primary exciting coil that the medium passes through, and further comprising at least two sensing coils (B 1 to B n), the sensing coils (B 1 to B n) are arranged on a plane perpendicular to the plane of the primary exciting coil and all the sensing coils (B 1 to B n) are wound in any direction, while at least one secondary exciting coil being arranged on the plane of the sensing coils (B 1 to B n), characterized in that other sensing coils (B n) are arranged all along the perimeter of the primary exciting coil and the sensing coils (B 1 to B n) are connected to a control unit via first amplifiers (4 1 to 4 n), band filters (5 1 to 5 n) and signal processing circuits (6 1 to 6 n) and the control unit is connected to the first exciting coil via a first harmonic waveform generator and a second amplifier and the control unit is also connected to the secondary exciting coil via a second harmonic waveform generator and a LF signal amplifier.
A monitoring system for monitoring the conditions of a band circulating in a papermaking machine, comprising a guide extending substantially along an axis; and a monitoring apparatus movable along the guide and comprising at least one measuring device (23, 24, 25) configured to measure at least one parameter indicative of the conditions of the band; wherein the monitoring apparatus is a self-propelled motorized apparatus, provided with a motor and at least one driving member which is operated by the motor and which engages at least one corresponding surface of the guide to move the apparatus along the guide, characterized in that the apparatus is provided with one or more tanks (29, 31) for containing one or more respective service fluids to use in the apparatus.
A piece of luggage comprising: a front shell; a rear shell; at least one hinge that joins the front shell to the rear shell; a front edge frame; and a rear edge frame; each of the front edge frame and the rear edge frame including a plurality of frame members (3, 4) and a plurality of corner members (5, 6, 12, 21) configured to be interchangeably assembled to achieve a respective frame; the plurality of frame members of the front edge frame including at least four front bar portions having a tab portion and a front edge coupling portion that extends along the length of said front bar portion; and the plurality of frame members of the rear edge frame including at least four rear bar portions having a tab portion and a rear edge coupling portion that extends along the length of the rear bar portion; wherein said front edge coupling portion and said rear edge coupling portion are capable of matingly coupling; the front edge frame comprising said at least four front bar portions, at least eight front end joint pieces, at least four front corner members and at least four front internal corner members; and the rear edge frame comprising said at least four rear bar portions, at least eight rear end joint pieces, at least four rear corner members and at least four rear internal corner members; wherein each of the front shell and the rear shell comprise an internal compartment for receiving contents; and said front edge frame is attached to said front shell and said rear edge frame is attached to said rear shell. a front shell; a rear shell; at least one hinge that joins the front shell to the rear shell; a front edge frame; and a rear edge frame; each of the front edge frame and the rear edge frame including a plurality of frame members (3, 4) and a plurality of corner members (5, 6, 12, 21) configured to be interchangeably assembled to achieve a respective frame; the plurality of frame members of the front edge frame including at least four front bar portions having a tab portion and a front edge coupling portion that extends along the length of said front bar portion; and the plurality of frame members of the rear edge frame including at least four rear bar portions having a tab portion and a rear edge coupling portion that extends along the length of the rear bar portion; wherein said front edge coupling portion and said rear edge coupling portion are capable of matingly coupling; the front edge frame comprising said at least four front bar portions, at least eight front end joint pieces, at least four front corner members and at least four front internal corner members; and the rear edge frame comprising said at least four rear bar portions, at least eight rear end joint pieces, at least four rear corner members and at least four rear internal corner members; wherein each of the front shell and the rear shell comprise an internal compartment for receiving contents; and said front edge frame is attached to said front shell and said rear edge frame is attached to said rear shell.
Device for measuring the bulk density of a granulate, comprising a separating device, which can be connected to a pneumatic conveying line, wherein at least one measuring container having a base surface is disposed underneath the separating device for receiving at least a part of a granulate flow from the separating device in an operating state, wherein the measuring container is connected to a measuring device for determining the bulk density of the granulate, characterized in that the measuring container has openings in the base surface in order to allow at least a part of the granulate flow to drain continuously and that the measuring device is configured as a weighing device in order to continuously measure a weight of the granulate flowing through the measuring container and to determine the bulk density of the granulate based thereon.
Device for monitoring an air supply system (41; 45; 47, 42; 46, 43, 44) of a rail vehicle, the device comprising: - an internal interface for receiving power-dependent measurement data of the air supply system from a plurality of measuring devices; - an evaluation device for evaluating the received measurement data and for acquiring information on a power or energy absorbed or emitted by the air supply system; and - a communication interface for transmitting the information from the rail vehicle to a stationary evaluation unit, characterised in that the device determines the power or energy absorbed by the air supply system from an electric energy supplied to a motor (42; 46; 47) for driving a compressor; and the device determines the power or energy emitted by the air supply system from an air flow emitted by the compressor or by an air drier located downstream of the compressor. - an internal interface for receiving power-dependent measurement data of the air supply system from a plurality of measuring devices; - an evaluation device for evaluating the received measurement data and for acquiring information on a power or energy absorbed or emitted by the air supply system; and - a communication interface for transmitting the information from the rail vehicle to a stationary evaluation unit, the device determines the power or energy absorbed by the air supply system from an electric energy supplied to a motor (42; 46; 47) for driving a compressor; and the device determines the power or energy emitted by the air supply system from an air flow emitted by the compressor or by an air drier located downstream of the compressor.
A control device for an internal combustion engine which includes a fuel injection valve arranged to directly inject a fuel into a combustion chamber, and a pressure regulator arranged to vary a pressure of the fuel supplied to the fuel injection valve, in which a fuel cut by which the fuel injection of the fuel injection valve is stopped is performed when a predetermined fuel cut condition is satisfied during a traveling of a vehicle, and in which the fuel injection of the fuel injection valve is restarted when a predetermined fuel cut recovery condition is satisfied during the fuel cut, the control device comprising: the pressure of the fuel supplied to the fuel injection valve being set to a value higher than a normal state fuel pressure determined in accordance with a driving state, at the restart of the fuel injection after the fuel cut, wherein the pressure of the fuel supplied to the fuel injection valve is increased at the restart of the fuel injection from the fuel cut as a time period of the fuel cut becomes longer, wherein the pressure of the fuel supplied to the fuel injection valve is previously increased during the fuel cut, and characterized in that a maximum value of the pressure of the fuel supplied to the fuel injection valve during the fuel cut is determined by an intake air amount during the fuel cut and a minimum fuel injection pulse width of the fuel injection valve, or by an intake air amount at an idling drive and a minimum fuel injection pulse width of the fuel injection valve. the pressure of the fuel supplied to the fuel injection valve being set to a value higher than a normal state fuel pressure determined in accordance with a driving state, at the restart of the fuel injection after the fuel cut, wherein the pressure of the fuel supplied to the fuel injection valve is increased at the restart of the fuel injection from the fuel cut as a time period of the fuel cut becomes longer, wherein the pressure of the fuel supplied to the fuel injection valve is previously increased during the fuel cut, and characterized in that a maximum value of the pressure of the fuel supplied to the fuel injection valve during the fuel cut is determined by an intake air amount during the fuel cut and a minimum fuel injection pulse width of the fuel injection valve, or by an intake air amount at an idling drive and a minimum fuel injection pulse width of the fuel injection valve.
A method for assessing one or more pharmacokinetic properties of a variant HSA compared to wild type HSA comprising a. selecting a double transgenic rabbit or a double transgenic rodent in which the transgenes are human albumin and an FcRn with a histidine in the position corresponding to position 161 when aligned to SEQ ID NO: 16; b. administering the variant HSA to one animal and the wild type HSA to another animal of the rabbit or rodent selected in (a); and c. measuring the one or more pharmacokinetic properties of the variant HSA and the wild type HSA. a. selecting a double transgenic rabbit or a double transgenic rodent in which the transgenes are human albumin and an FcRn with a histidine in the position corresponding to position 161 when aligned to SEQ ID NO: 16; b. administering the variant HSA to one animal and the wild type HSA to another animal of the rabbit or rodent selected in (a); and c. measuring the one or more pharmacokinetic properties of the variant HSA and the wild type HSA.
Device for driving a fan of a drive unit of a motor vehicle, in particular a commercial vehicle, comprising a bearing arrangement, by means of which the fan can be provided coaxially with and so as to be rotatable relative to the crankshaft of an internal combustion engine of the drive unit; and a first belt transmission, by means of which the fan can be driven with a speed-increasing ratio, having a first belt pulley and a second belt pulley, which are in a drive connection via a first belt, wherein the first belt pulley is arranged on the bearing arrangement, characterized in that the second belt pulley is arranged coaxially with a drive shaft of a compressed-air compressor and is coupled therewith in respect of speed.
A system for extracorporeal collection of a blood component from a donor/patient, comprising: an extracorporeal blood processing machine; wherein said system is adapted to use a donor/patient characteristic (332, 333, 334, 335) to determine a plurality of blood components capable of being collected from the donor/patient and to generate and display a donor/patient-specific list having a plurality of blood component collection options and corresponding tubing sets; said system being adapted to receive an input selection of a process for collecting a selected blood component and to receive a tubing and bag set (Fig. 7A, 7B) adapted for collecting said selected blood component; said machine being adapted to receive blood removed from a donor/patient; and said machine having a centrifugal blood processing vessel to receive the blood and separate the blood into separated blood components according to the selected process within said centrifugal blood processing vessel. an extracorporeal blood processing machine; wherein said system is adapted to use a donor/patient characteristic (332, 333, 334, 335) to determine a plurality of blood components capable of being collected from the donor/patient and to generate and display a donor/patient-specific list having a plurality of blood component collection options and corresponding tubing sets; said system being adapted to receive an input selection of a process for collecting a selected blood component and to receive a tubing and bag set (Fig. 7A, 7B) adapted for collecting said selected blood component; said machine being adapted to receive blood removed from a donor/patient; and said machine having a centrifugal blood processing vessel to receive the blood and separate the blood into separated blood components according to the selected process within said centrifugal blood processing vessel.
A compound represented by the following structural formula: or a pharmaceutically acceptable salt thereof for use in treating cancer in a veterinary subject in need thereof.
Method for manufacturing bricks, wherein brick blanks are fired in a firing step and, in a carbonate production step following the firing step, the fired brick is exposed to carbon dioxide under a pre-settable pressure for a pre-settable gassing period, characterized in that the firing temperatures are a maximum of 800°C.
A surfactant composition comprising a compound represented by the formula and a compound represented by the formula, a mass ratio of the compound represented by the formula to the compound represented by the formula [ /] being from 65/35 to 75/25: wherein R 1 is a linear alkyl group having 10 to 14 carbon atoms; [C 3 H 6 O 2] is a glycerol unit; n represents an average polymerization degree of [C 3 H 6 O 2], and is a number of from 2.3 to 10; and a total content of a triglycerol monoalkyl ether, a tetraglycerol monoalkyl ether and a pentaglycerol monoalkyl ether in the compound represented by the formula is 75% by mass or more; and wherein two R 2 groups are each independently a linear alkyl group having 10 to 14 carbon atoms; [C 3 H 6 O 2] is a glycerol unit; and m represents an average polymerization degree of [C 3 H 6 O 2], and is a number of from 1 to 10.
A cleaning arrangement (10; 10a) for a wiper arm of a windscreen wiper system, wherein the cleaning arrangement (10; 10a) has at least one spray nozzle (21, 22) for a cleaning fluid, wherein the cleaning arrangement (10; 10a) is constructed to form an engagement connection at the wiper arm, and wherein the engagement connection comprises at the cleaning arrangement (10; 10a) at least one resilient engagement element (40; 40a) which is constructed to cooperate with an engagement mount (54; 54a) at the wiper arm, characterized in that the cleaning arrangement (10; 10a) comprises first guide means, which first guide means are constructed to establish the engagement connection by rotating the cleaning arrangement (10; 10a) with respect to a rotation axis, and in that the first guide means are constructed as at least one separate element from the at least one engagement element (40; 40a).