mhurhangee/ep-ind-claims huggingface dataset:
A sanitary tampon, comprising: an absorber and a strand member extending out from a tail end of the absorber in a direction of insertion inside the vagina, wherein a hook unit (20, 21, 22, 23, 24) configured from a member different from the strand member and distended outside from a circumferential surface of the strand member is provided in the strand member, wherein the sanitary tampon is contained in an tampon and applicator assembly containing an inner tube configured such that it can be inserted inside the outer tube, wherein one side of the outer tube is provided with a push-out aperture by which the absorber is pushed out, and the other side thereof is provided with an insertion aperture in which the inner tube is inserted, and the inner tube is configured such that the absorber can be pushed out toward the outside from the push-out aperture due to its movement towards the inside of the outer tube, wherein a grip tube unit configured to be gripped by the wearer at the time of the use is formed around the insertion aperture of the outer tube, and the length from the tail end of the absorber up to the end of the hook unit at the absorber side is longer than the length from the end of the grip tube unit at the push-out aperture side up to the push-out aperture.
An extruder for extrusion of material, the extruder comprising a screw, a barrel, and a controller, the barrel comprising a barrel inlet for receiving an amount of the material and a barrel outlet,, wherein at least a section of the screw is conical and wherein at last a section of the barrel is conical and wherein the screw and the barrel are formed such that the screw can be positioned in the barrel so that the conical section of the screw fits in the conical section of the barrel with in between the barrel and the screw a leakage gap through which the material can pass, wherein the extruder is configured such that, during operation, rotation of the screw advances the material, which is added to the barrel inlet, towards the barrel outlet, wherein the extruder is adapted for displacing the screw in an axial direction of the screw, such that by an axial displacement of the screw with regard to the barrel the size of the leakage gap between the screw and the barrel is modified, wherein the extruder comprises a force sensor for measuring the upward force on the screw, the upward force acting in a direction parallel with the axial direction, characterized in that the extruder is adapted for obtaining operational characteristics and that the controller is adapted for controlling the axial displacement of the screw, during operation of the extruder, as a function of the operational characteristics of which at least one is an upward force on the screw. the barrel comprising a barrel inlet for receiving an amount of the material and a barrel outlet,, wherein at least a section of the screw is conical and wherein at last a section of the barrel is conical and wherein the screw and the barrel are formed such that the screw can be positioned in the barrel so that the conical section of the screw fits in the conical section of the barrel with in between the barrel and the screw a leakage gap through which the material can pass, wherein the extruder is configured such that, during operation, rotation of the screw advances the material, which is added to the barrel inlet, towards the barrel outlet, wherein the extruder is adapted for displacing the screw in an axial direction of the screw, such that by an axial displacement of the screw with regard to the barrel the size of the leakage gap between the screw and the barrel is modified, wherein the extruder comprises a force sensor for measuring the upward force on the screw, the upward force acting in a direction parallel with the axial direction, characterized in that the extruder is adapted for obtaining operational characteristics and that the controller is adapted for controlling the axial displacement of the screw, during operation of the extruder, as a function of the operational characteristics of which at least one is an upward force on the screw.
Lubricant coating for a medical container comprising a cross-linked lubricant composition comprising a mixture of non-reactive silicone with reactive silicone, wherein the reactive silicone comprises a mixture of vinyl-based silicone and acrylate-based silicone, said coating being characterized in that the amount of the non-reactive silicone is comprised between 80 and 90% by weight relative to the total weight of the lubricant composition, the amount of vinyl-based silicone in the lubricant composition is comprised between 8 and 15% by weight and the amount of the acrylate-based silicone in the lubricant composition is comprised between 2 and 5% by weight.
One-piece construction multi-functional wellbore conditioning system having a tubular body extending along a longitudinal axis X, said system comprising a trailing eccentric reamer stage, a leading eccentric reamer stage, and a drill cuttings agitator being positioned between said trailing and leading eccentric reamer stages, characterised in that said drill cuttings agitator comprises a plurality of first stabilizing blades extending radially outwardly from an outer surface of the tubular body, a plurality of second stabilizing blades extending radially outwardly from the outer surface of the tubular body, a plurality of center stabilizing blades extending radially outwardly from the outer surface of the tubular body and arranged axially between the plurality of first stabilizing blades and the plurality of second stabilizing blades, and a plurality of hydrodynamic flutes extending in a longitudinal direction and extending radially inwardly from the outer surface of the tubular body, where each stabilizing blade of the plurality of first, second and center stabilizing blades,, is disposed along a circumference coaxial with the tubular body at 90 degrees apart from each other and where the plurality of center stabilizing blades is offset by 45 degrees from the preceding plurality of first stabilizing blades and the following plurality of second stabilizing blades, said flutes being positioned circumferentially between the center stabilizing blades. a leading eccentric reamer stage, and a drill cuttings agitator being positioned between said trailing and leading eccentric reamer stages, characterised in that said drill cuttings agitator comprises a plurality of first stabilizing blades extending radially outwardly from an outer surface of the tubular body, a plurality of second stabilizing blades extending radially outwardly from the outer surface of the tubular body, a plurality of center stabilizing blades extending radially outwardly from the outer surface of the tubular body and arranged axially between the plurality of first stabilizing blades and the plurality of second stabilizing blades, and a plurality of hydrodynamic flutes extending in a longitudinal direction and extending radially inwardly from the outer surface of the tubular body, where each stabilizing blade of the plurality of first, second and center stabilizing blades,, is disposed along a circumference coaxial with the tubular body at 90 degrees apart from each other and where the plurality of center stabilizing blades is offset by 45 degrees from the preceding plurality of first stabilizing blades and the following plurality of second stabilizing blades, said flutes being positioned circumferentially between the center stabilizing blades.
An actuation transmission apparatus for actuating a component of a switchable valve train device (2, 2') of an internal combustion engine, the apparatus comprising: a shaft rotatable by an actuation source; a contacting element for contacting the component of the switchable valve train device (2, 2'); and characterized by a biasing means to bias the contacting element rotationally with respect to the shaft; wherein, in use, the biasing means becomes biased by the shaft when the actuation source rotates the shaft when the actuation source attempts to actuate the component of the switchable valve train device (2,2'), via the contacting element, when the component of the switchable valve train device (2, 2') is not able to be actuated, whereby the biasing means causes the contacting element to actuate the component of the switchable valve train device (2, 2') when the component of the switchable valve train device (2, 2') becomes actuatable again.
A combination of a wheeled luggage and a wheel retraction mechanism for wheeled travel luggage, wherein the wheel retraction mechanism is attached to the wheeled luggage and comprises: a primary member, the primary member having a first actuation surface extending from or along a longitudinally extending surface of the primary member; a secondary member, located substantially parallel to the primary member, the secondary member having a second actuation surface extending from or along a longitudinally extending surface of the secondary member; at least one wheel, attached to the primary member or the secondary member; wherein the second actuation surface engages the first actuation surface and is shaped so it is able to slide along the length of the first actuation surface, and the first actuation surface is shaped whereby relative longitudinal motion between the primary and secondary members results in rotation of at least one of the primary and the secondary members (170, 150) about its longitudinal axis, wherein at least one of the primary and secondary members (170, 150) are tubular and the first actuation surface is helically shaped around the length of the elongated surface of the primary member, wherein a non-rotating member comprises one of said primary member or said secondary member and is unable to rotate about a longitudinal axis, and a rotating member comprises the other of said primary member or said secondary member and is free to rotate about its longitudinal axis, and wherein the wheeled luggage comprises a compartment in which the retracted wheels can be stored, characterised in that a cover is attached to the non-rotating member, the compartment being covered by the cover when the wheels are in a retracted position, such that the cover conceals the wheels. a primary member, the primary member having a first actuation surface extending from or along a longitudinally extending surface of the primary member; a secondary member, located substantially parallel to the primary member, the secondary member having a second actuation surface extending from or along a longitudinally extending surface of the secondary member; at least one wheel, attached to the primary member or the secondary member;
Wheel suspension (1; 1') for a motor vehicle, having a wheel carrier (3; 3') which is mounted so as to be movable in a pivotable manner in relation to a wheel-guiding link (4; 4') in that the wheel carrier (3; 3') is connected to the wheel-guiding link (4; 4') directly in a first connecting region and indirectly via an integral link (5, 15, 16; 15') in a second connecting region, wherein the wheel-guiding link (4; 4') comprises a longitudinal link region (4a; 4a') having a front body-side bearing (11; 11') and a transverse link region (4b; 4b') having a rear body-side bearing (12; 12'), wherein the rear body-side bearing (12; 12') is designed as a ball joint, characterized in that, in a side view of the wheel suspension (1; 1'), the axes (21, 22; 21', 22') of the joints (15, 16; 15') of the integral link are oriented such that they intersect at a point situated in front of the wheel centre (23; 23') in relation to the vehicle longitudinal direction (x).
A touch fastener comprising: a substrate including a first portion and a second portion displaceable relative to the first portion; and a first fastening element (8, 8a) formed in the first portion, wherein, when the first portion is displaced relative to the second portion, a force and/or moment generated by the displacement causes the first fastening element (8, 8a) to be deployed. a substrate including a first portion and a second portion displaceable relative to the first portion; and a first fastening element (8, 8a) formed in the first portion, wherein, when the first portion is displaced relative to the second portion, a force and/or moment generated by the displacement causes the first fastening element (8, 8a) to be deployed.
A clinical support evaluation device comprising a series of pressure sensors in a stack, output means linked to the pressure sensors for indicating signals therefrom, and a power source, the series of pressure sensors including at least first and second pressure sensors within the stack, operational across respective first and second pressure bands, each pressure sensor including first and second sheets of electrical conductors (18, 20, 24, 28), and a collapsible foam insulator (22, 26, 30) spacing the electrical conductors (18, 20, 24, 28), the insulator (22, 26, 30) including one or more apertures (22a, 26a, 30a) through which the sheets of electrical conductors (18, 20, 24, 28) can come into contact when the foam (22, 26, 30) is collapsed during use, the pressure sensors being adapted to signal whether there is contact between their electrical conductors (18, 20, 24, 28), and the output means being adapted to activate when the electrical conductors (18, 20, 24, 28) of the pressure sensor(s) are in contact, and provide at least one of an audio or visual output corresponding to signals from the pressure sensors, in use indicating the pressure band reached for a patient sat on the device, each pressure band corresponding to a predetermined cushion strength for prescribing a cushion to that patient. the series of pressure sensors including at least first and second pressure sensors within the stack, operational across respective first and second pressure bands, each pressure sensor including first and second sheets of electrical conductors (18, 20, 24, 28), and a collapsible foam insulator (22, 26, 30) spacing the electrical conductors (18, 20, 24, 28), the insulator (22, 26, 30) including one or more apertures (22a, 26a, 30a) through which the sheets of electrical conductors (18, 20, 24, 28) can come into contact when the foam (22, 26, 30) is collapsed during use, the pressure sensors being adapted to signal whether there is contact between their electrical conductors (18, 20, 24, 28), and the output means being adapted to activate when the electrical conductors (18, 20, 24, 28) of the pressure sensor(s) are in contact, and provide at least one of an audio or visual output corresponding to signals from the pressure sensors, in use indicating the pressure band reached for a patient sat on the device, each pressure band corresponding to a predetermined cushion strength for prescribing a cushion to that patient.
Separating device for separating seed grains, comprising - a multi-part separating disc which has a plurality of grain receiving recesses and on which at least two different sizes of grain receiving recesses can be adjusted by means of a relative movement of two separating-disc parts (18a, 18b), and - a drive unit which is connected to the separating disc and is designed to rotationally drive the separating disc in the separating mode of the separating device; characterized in that the two separating-disc parts (18a, 18b) are movable relative to one another by means of the drive unit in order to adjust the size of the grain receiving recesses. - a multi-part separating disc which has a plurality of grain receiving recesses and on which at least two different sizes of grain receiving recesses can be adjusted by means of a relative movement of two separating-disc parts (18a, 18b), and - a drive unit which is connected to the separating disc and is designed to rotationally drive the separating disc in the separating mode of the separating device; characterized in that the two separating-disc parts (18a, 18b) are movable relative to one another by means of the drive unit in order to adjust the size of the grain receiving recesses.
A composition comprising one or more HDMX modulating agents and one or more HDM2 modulating agents, wherein the one or more HDMX modulating agents is an internally cross-linked polypeptide comprising at least six contiguous amino acids of the amino acid sequence Xaa 1 -Xaa 2 -Xaa 3 -Xaa 4 -Xaa 5 -Phe 6 -Xaa 7 -Xaa 8 -Xaa 9 -Trp 10 -Xaa 11 -Xaa 12 -Leu 13 -Xaa 14 -Xaa 15 -Xaa 16 (SEQ ID NO: 22), wherein: Xaa 1 is Leu or Gln, or is missing; Xaa 2 is Ser or is missing; Xaa 3 is Gln or is missing; Xaa 4 is Glu or Gln or Ala; Xaa 5 is Thr or Ala; Phe 6 is Phe, Tyr, His, or Trp; Xaa 7 = Ser; Xaa 8 = Asp or Asn or any amino acid other than Asp and Glu; Xaa 9 is Leu; Trp 10 is Trp, Tyr, His, or Phe; Xaa 11 = Lys or a positively charged amino acid; Xaa 12 is Leu or Lys, or Ala; Leu 13 is Leu, Ala, Val, Ile, Met, Pro, Phe, or Trp; Xaa 14 = Pro or is missing; Xaa 15 = Glu, or Gln or Ala, or any amino acid other than Asp and Glu, or is missing; Xaa 16 is Asn or is missing, wherein the side chains of at least two amino acids separated by two, three, or six amino acids are replaced by an internal cross-link; and wherein the one or more HDM2 modulating agents is Nutlin-3. Xaa 1 is Leu or Gln, or is missing; Xaa 2 is Ser or is missing; Xaa 3 is Gln or is missing; Xaa 4 is Glu or Gln or Ala; Xaa 5 is Thr or Ala; Phe 6 is Phe, Tyr, His, or Trp; Xaa 7 = Ser; Xaa 8 = Asp or Asn or any amino acid other than Asp and Glu; Xaa 9 is Leu; Trp 10 is Trp, Tyr, His, or Phe; Xaa 11 = Lys or a positively charged amino acid; Xaa 12 is Leu or Lys, or Ala; Leu 13 is Leu, Ala, Val, Ile, Met, Pro, Phe, or Trp; Xaa 14 = Pro or is missing; Xaa 15 = Glu, or Gln or Ala, or any amino acid other than Asp and Glu, or is missing; Xaa 16 is Asn or is missing, wherein the side chains of at least two amino acids separated by two, three, or six amino acids are replaced by an internal cross-link;
A method executed by a first device for providing a service to a user, comprising: generating context information of the first device indicating a state of the first device; transmitting, to a server, the context information of the first device and a request for a list of services provided by one or more second devices and that are accessible by the first device; receiving, from the server, the list of services provided by one or more second devices and that are accessible by the first device in response to the request; determining at least one service from the received list of services; and communicating with at least one second device that corresponds to the determined at least one service to control the at least one second device to provide the determined at least one service, wherein the received list of services comprises services determined by the server based on the context information of the first device. generating context information of the first device indicating a state of the first device; transmitting, to a server, the context information of the first device and a request for a list of services provided by one or more second devices and that are accessible by the first device; receiving, from the server, the list of services provided by one or more second devices and that are accessible by the first device in response to the request; determining at least one service from the received list of services; and communicating with at least one second device that corresponds to the determined at least one service to control the at least one second device to provide the determined at least one service, wherein the received list of services comprises services determined by the server based on the context information of the first device.
A method of wireless communications performed by a user equipment, UE, comprising: receiving, at the UE, resource assignment information from a base station, including frequency resources, a base sequence index, and/or a cyclic shift index, wherein the resource assignment information includes frequency resource assignment information related to a plurality of resource clusters, and wherein each of the plurality of resource clusters use a different base sequence or a different cyclic shift index; constructing, at the UE, a signal comprising a sequence associated with uplink control information, UCI, based at least on the received resource assignment information; and transmitting, from the UE, the constructed signal based at least on the received resource assignment information to the base station. receiving, at the UE, resource assignment information from a base station, including frequency resources, a base sequence index, and/or a cyclic shift index, wherein the resource assignment information includes frequency resource assignment information related to a plurality of resource clusters, and wherein each of the plurality of resource clusters use a different base sequence or a different cyclic shift index; constructing, at the UE, a signal comprising a sequence associated with uplink control information, UCI, based at least on the received resource assignment information; and transmitting, from the UE, the constructed signal based at least on the received resource assignment information to the base station.
Mechanical heat exchanger comprising: - tubes parallel to each other and in which a first heat transfer fluid is capable of circulating; and - at least one superposition of fins comprising orifices, through which the tubes pass, the fins forming, in relation to an axis perpendicular to the axis of the tubes, an angle different from 0°, the exchanger being characterized in that it comprises a water box disposed at each end of the tubes and in that it comprises covers covering the space not occupied by the fins between the end fins of the same group of tubes and said water boxes. - tubes parallel to each other and in which a first heat transfer fluid is capable of circulating; and - at least one superposition of fins comprising orifices, through which the tubes pass,
An apparatus for inhibiting an electromagnetic relay from being frozen, the apparatus comprising: a first input portion that receives relay position information which allows identification of a location region of an electromagnetic relay; a calculation unit that generates a control signal for controlling the electromagnetic relay; and an output portion that outputs the control signal to the electromagnetic relay, wherein the calculation unit: determines whether the location region of the electromagnetic relay, identified by the relay position information, is a freeze region in which the electromagnetic relay is likely to be frozen; and performs a freeze inhibiting process for preventing the electromagnetic relay from being frozen or defrosting the electromagnetic relay, when the location region of the electromagnetic relay is the freeze region. a first input portion that receives relay position information which allows identification of a location region of an electromagnetic relay; a calculation unit that generates a control signal for controlling the electromagnetic relay; and an output portion that outputs the control signal to the electromagnetic relay, wherein the calculation unit: determines whether the location region of the electromagnetic relay, identified by the relay position information, is a freeze region in which the electromagnetic relay is likely to be frozen; and performs a freeze inhibiting process for preventing the electromagnetic relay from being frozen or defrosting the electromagnetic relay, when the location region of the electromagnetic relay is the freeze region. determines whether the location region of the electromagnetic relay, identified by the relay position information, is a freeze region in which the electromagnetic relay is likely to be frozen; and performs a freeze inhibiting process for preventing the electromagnetic relay from being frozen or defrosting the electromagnetic relay, when the location region of the electromagnetic relay is the freeze region.