mhurhangee/ep-ind-claims huggingface dataset:
Cutting member of a saw chain, wherein the cutting member (3, 53) has a cutting tooth, wherein the cutting member (3, 53) has a front bearing point, which is situated at the front in the running direction of the cutting member (3, 53), and a rear bearing point, which is situated at the rear in the running direction, wherein the cutting member (3, 53) has a sharpened cutting surface on which at least one cutting edge (12, 13, 62) is formed, wherein the cutting member (3, 53) has a planar support surface (15, 55) adjoining the cutting surface, wherein the cutting tooth has a roof portion on which a cutting edge is formed, wherein the sharpened cutting surface has a first cutting surface portion and, extending at an angle thereto, a second cutting surface portion, wherein the second cutting surface portion is at least partially formed on the roof portion, and wherein the first cutting surface portion and the second cutting surface portion adjoin one another at a cutting surface edge, wherein, in a side view of the cutting member (3, 53) looking in a sharpening direction which extends parallel to the cutting surface and parallel to the support surface (15, 55), the roof portion has a largest thickness (i) measured perpendicularly to a running direction, with a first connecting line in this side view which connects a point of intersection between an upper edge of the roof portion and the cutting surface to a point of intersection between an imaginary line, which extends parallel to the upper edge of the roof portion and at a distance (k) which corresponds at least to the largest thickness (i), and the cutting surface, and with a second connecting line in this side view which connects a point of intersection between the upper edge of the roof portion and an imaginary displacement of the cutting surface parallel to the support surface (15, 55), at a position in which a tooth tip of the cutting tooth lies perpendicularly to the running direction above a longitudinal centre axis of the rear bearing point, to a point of intersection between the imaginary line and the imaginary displacement of the cutting surface, characterized in that the support surface (15, 55) is oriented in such a way that the first connecting line and the second connecting line extend parallel to one another.
A method of making a component for a medicinal delivery device, the method comprising a) providing a component of a medicinal delivery device, b) providing a primer composition comprising a silane having two or more reactive silane groups separated by an organic linker group, c) providing a coating composition comprising an at least partially fluorinated compound, d) applying the primer composition to at least a portion of the surface of the component, e) applying the coating composition to the portion of the surface of the component after application of the primer composition. a) providing a component of a medicinal delivery device, b) providing a primer composition comprising a silane having two or more reactive silane groups separated by an organic linker group, c) providing a coating composition comprising an at least partially fluorinated compound, d) applying the primer composition to at least a portion of the surface of the component, e) applying the coating composition to the portion of the surface of the component after application of the primer composition.
Vehicle headlamp unit housing including: - a front face designed to receive a lens for the optical unit; - a rear face intended to be fixed to a wall of a vehicle, comprising an indexing pin of the housing on the wall in the form of a point and a seal surrounding the indexing pin so as to seal the space around the indexing pin with respect to the rest of the gap located between the housing and the wall; - a ventilation channel between the space on the front face of the housing and the space on the rear face of the housing, the ventilation channel passing through at least one opening provided inside the seal, characterised in that the index pin is surrounded by a flange arranged to press the seal against the vehicle wall against which the optical compartment housing is intended to rest, the optical compartment housing having one or more holes (12, 13) between the index pin and the surrounding flange so that the ventilation channel passes through this hole or these holes (12, 13). - a front face designed to receive a lens for the optical unit; - a rear face intended to be fixed to a wall of a vehicle, comprising an indexing pin of the housing on the wall in the form of a point and a seal surrounding the indexing pin so as to seal the space around the indexing pin with respect to the rest of the gap located between the housing and the wall; - a ventilation channel between the space on the front face of the housing and the space on the rear face of the housing, the ventilation channel passing through at least one opening provided inside the seal, characterised in that the index pin is surrounded by a flange arranged to press the seal against the vehicle wall against which the optical compartment housing is intended to rest, the optical compartment housing having one or more holes (12, 13) between the index pin and the surrounding flange so that the ventilation channel passes through this hole or these holes (12, 13).
A radio base station comprising: a transmitter adapted to transmit, to a radio terminal being connected to the radio base station, a capability information transmission request for requesting a transmission of terminal capability information indicating the positioning capability of the radio terminal, wherein the terminal capability information indicates whether the radio terminal has a positioning system capable of acquiring location information by itself, without an assist from a network; a receiver adapted to receive the terminal capability information transmitted from the radio terminal; a terminal selecting unit adapted to select the radio terminal as a radio terminal to be used for a Minimization of Drive Test, MDT, measurement process based on the terminal capability information; the transmitter adapted to transmit, to the radio terminal selected to be used for MDT measurement process, an MDT indication including information on control over radio quality information and location information measurement; and the receiver adapted to receive from the selected radio terminal a measurement report message including radio quality information and location information measured by the selected radio terminal configured by the MDT indication. a transmitter adapted to transmit, to a radio terminal being connected to the radio base station, a capability information transmission request for requesting a transmission of terminal capability information indicating the positioning capability of the radio terminal, wherein the terminal capability information indicates whether the radio terminal has a positioning system capable of acquiring location information by itself, without an assist from a network; a receiver adapted to receive the terminal capability information transmitted from the radio terminal; a terminal selecting unit adapted to select the radio terminal as a radio terminal to be used for a Minimization of Drive Test, MDT, measurement process based on the terminal capability information; the transmitter adapted to transmit, to the radio terminal selected to be used for MDT measurement process, an MDT indication including information on control over radio quality information and location information measurement; and the receiver adapted to receive from the selected radio terminal a measurement report message including radio quality information and location information measured by the selected radio terminal configured by the MDT indication.
System for central voltage supply of operating devices for lighting means, comprising: - a central rectifier unit with an input-side terminal for AC voltage and - a plurality of operating devices for lighting means, characterized in that the central rectifier unit comprises a plurality of DC output circuits (39, 392) and a plurality of operating devices for lighting means, via which DC output circuits (39, 392) are supplied with voltage, wherein one of the DC output circuits is a low voltage output circuit which provides a low voltage supply to logic components in the operating devices. - a central rectifier unit with an input-side terminal for AC voltage and - a plurality of operating devices for lighting means,
A human restraint device, comprising: a band dimensioned to fit over an upper torso and shoulders of a person; an inflatable tube attached to an inside wall of the band, wherein the tube expands during inflation inwards and away from the band, and whereby the tube when inflated presses against the torso of the person; a net comprising a mouth attached around a circumference of the band; and a gas release mechanism to rapidly inflate the inflatable tube. a band dimensioned to fit over an upper torso and shoulders of a person; an inflatable tube attached to an inside wall of the band, wherein the tube expands during inflation inwards and away from the band, and whereby the tube when inflated presses against the torso of the person; a net comprising a mouth attached around a circumference of the band; and a gas release mechanism to rapidly inflate the inflatable tube.
An article comprising: a roll of sleeves comprising two or more sleeves (201, 202) that are (i) connected to one another, and (ii) separated from one another via at least one line of perforations that enables the two or more sleeves (201, 202) to be separated from one another along the at least one line of perforations, each sleeve having a sleeve opening providing access to a cavity within the sleeve, said cavity being operatively adapted to surround at least a portion of an insertable object, wherein each sleeve has a length extending between opposite edges (27, 29) and a width (w) and said sleeve opening extends across the width (w) of the sleeve and is located between said opposite edges (27, 29), characterized in that the opening is within an upper half of the sleeve, said upper half being positioned between said roll of sleeves and a lower half of the sleeve. a roll of sleeves comprising two or more sleeves (201, 202) that are (i) connected to one another, and (ii) separated from one another via at least one line of perforations that enables the two or more sleeves (201, 202) to be separated from one another along the at least one line of perforations, each sleeve having a sleeve opening providing access to a cavity within the sleeve, said cavity being operatively adapted to surround at least a portion of an insertable object, wherein each sleeve has a length extending between opposite edges (27, 29) and a width (w) and said sleeve opening extends across the width (w) of the sleeve and is located between said opposite edges (27, 29), characterized in that the opening is within an upper half of the sleeve, said upper half being positioned between said roll of sleeves and a lower half of the sleeve.
A pump head for a peristaltic pump, comprising: an occlusion bed including an occlusion bed inlet side and an occlusion bed outlet side; a rotor guide; a rotor assembly positioned between the occlusion bed and the rotor guide; and a pathway for tubing, the pathway comprising an inlet portion, an outlet portion, and a connecting portion that connects the inlet portion to the outlet portion, wherein the occlusion bed is movable with respect to the rotor guide and the rotor assembly, wherein the inlet portion of the pathway is defined between the occlusion bed and the rotor guide, the outlet portion of the pathway is defined between the occlusion bed and the rotor guide, and the connecting portion of the pathway is defined between the occlusion bed and the rotor assembly, wherein the rotor guide defines a rotor guide recess for the rotor assembly, a rotor guide inlet side defining a rotor guide inlet groove and a rotor guide outlet side defining a rotor guide outlet groove, wherein the occlusion bed inlet side and the rotor guide inlet groove are configured to compress the tubing therebetween during pumping, wherein the occlusion bed outlet side is configured to define a slot for the tubing to be seated on the rotor guide outlet groove and to be free to slide into the slot. an occlusion bed including an occlusion bed inlet side and an occlusion bed outlet side; a rotor guide; a rotor assembly positioned between the occlusion bed and the rotor guide; and a pathway for tubing, the pathway comprising an inlet portion, an outlet portion, and a connecting portion that connects the inlet portion to the outlet portion, wherein the occlusion bed is movable with respect to the rotor guide and the rotor assembly, wherein the inlet portion of the pathway is defined between the occlusion bed and the rotor guide, the outlet portion of the pathway is defined between the occlusion bed and the rotor guide, and the connecting portion of the pathway is defined between the occlusion bed and the rotor assembly, wherein the rotor guide defines a rotor guide recess for the rotor assembly, a rotor guide inlet side defining a rotor guide inlet groove and a rotor guide outlet side defining a rotor guide outlet groove, wherein the occlusion bed inlet side and the rotor guide inlet groove are configured to compress the tubing therebetween during pumping, wherein the occlusion bed outlet side is configured to define a slot for the tubing to be seated on the rotor guide outlet groove and to be free to slide into the slot.
Plate-shaped building element, in particular floor panel, with a plate body, wherein the plate body is formed from a mixture of fibrous and/or powdered wood material, binding agent and colour pigments, which is pressed under the influence of temperature and pressure, wherein a carrier layer is integrated in the plate body, wherein the carrier layer consists of a fibre fleece, in particular of cellulose or mechanical pulp, wherein wood fibres contained in the mixture have a length of up to 500 μm, characterised by that the fibre fleece has a basis weight of 80 g/m 2 to 500 g/m 2.
A method of initiating treatment of the exhaust stream of an internal combustion engine of a vehicle having wheel brakes and a drive line, the method comprising: starting the vehicle engine, running the vehicle engine at a first idle speed; detecting movement of a drive line selector from a neutral to a drive condition while vehicle wheel brakes are activated; characterised in that the method further comprises: delaying enablement of said drive line until at least one indication that a driver desires that the vehicle start moving is detected (19, 20, 21, 22, 23), so as to prolong duration of said first idle speed; and reducing engine speed from the first idle Speed to second, lower idle speed for drive line enablement. starting the vehicle engine, running the vehicle engine at a first idle speed; detecting movement of a drive line selector from a neutral to a drive condition while vehicle wheel brakes are activated; characterised in that the method further comprises: delaying enablement of said drive line until at least one indication that a driver desires that the vehicle start moving is detected (19, 20, 21, 22, 23), so as to prolong duration of said first idle speed; and reducing engine speed from the first idle Speed to second, lower idle speed for drive line enablement. delaying enablement of said drive line until at least one indication that a driver desires that the vehicle start moving is detected (19, 20, 21, 22, 23), so as to prolong duration of said first idle speed; and reducing engine speed from the first idle Speed to second, lower idle speed for drive line enablement.
A device (11, 21) comprising a touch sensing element (13, 23), a display element and a processing unit, wherein: the display element is aligned with the touch sensing element (13, 23) so as to form a touch screen, the device (11, 21) has one or more cover operation modes, the processing unit is adapted to identify a removable non-conductive opaque cover element (12, 22) applied to the whole area of the touch sensing element (13, 23) of the device (11, 21), and to activate one of the cover operation modes of the device (11, 21), wherein the device (11, 21) is adapted to be operated via the touch sensing element (13, 23) through the non-conductive opaque cover element (12, 22) when the cover operation mode of the device (11, 21) is active, characterised in that in the activated one of the cover operation modes the touch sensing element (13, 23) is active and the display is switched off. the display element is aligned with the touch sensing element (13, 23) so as to form a touch screen, the device (11, 21) has one or more cover operation modes, the processing unit is adapted to identify a removable non-conductive opaque cover element (12, 22) applied to the whole area of the touch sensing element (13, 23) of the device (11, 21), and to activate one of the cover operation modes of the device (11, 21), wherein the device (11, 21) is adapted to be operated via the touch sensing element (13, 23) through the non-conductive opaque cover element (12, 22) when the cover operation mode of the device (11, 21) is active,
A system comprising an audio device having a wireless communication interface and a memory for storing use data concerning the present or previous use of the audio device obtained by data logging; and a mobile device having a wireless communication interface for data exchange with the audio device, a display for displaying information concerning the audio device, and a data processing unit for selecting the information concerning the audio device to be displayed according to the use situation and/or use history of the audio device as determined from logged use data transmitted from the audio device via the wireless communication interface, wherein the logged use data comprise at least one of the last use of the audio device, the present auditory scene as sensed by the audio device, the present use mode of the audio device, the connectivity with other devices, the type of interaction with other devices, and the type of other devices connected to the audio device. a wireless communication interface for data exchange with the audio device, a display for displaying information concerning the audio device, and a data processing unit for selecting the information concerning the audio device to be displayed according to the use situation and/or use history of the audio device as determined from logged use data transmitted from the audio device via the wireless communication interface,
A method for controlling activation of uplink multi-antenna operation in a user equipment, UE, by a network node of a wireless communication system, the method comprises: selectively activating or deactivating uplink multi-antenna operation for the UE, wherein selectively activating or deactivating uplink multi-antenna operation for the UE comprises signaling to the UE to activate or deactivate multi-antenna transmission; characterized in that the method further comprises: evaluating operating conditions to determine whether the UE is allowed to reduce its maximum output power or to operate with relaxed receiver sensitivity requirements, or both; wherein said selectively activating or deactivating uplink multi-antenna operation for the UE is based on said evaluating. selectively activating or deactivating uplink multi-antenna operation for the UE, wherein selectively activating or deactivating uplink multi-antenna operation for the UE comprises signaling to the UE to activate or deactivate multi-antenna transmission; characterized in that the method further comprises: evaluating operating conditions to determine whether the UE is allowed to reduce its maximum output power or to operate with relaxed receiver sensitivity requirements, or both; wherein said selectively activating or deactivating uplink multi-antenna operation for the UE is based on said evaluating.
Luggage of motorcycle separably associated with a support frame configured to be associable with a frame of a motorcycle, wherein said support frame comprising at least one engageable element, said luggage of a motorcycle comprises a control mechanism comprising at least one control lever, a hooking mechanism comprising at least one engagement element being adapted to pass from a position of engagement with said at least one engageable element of said support frame and a position of disengagement from said at least one engageable element, a lever system comprising at least one cord comprising a first end connected to said control mechanism and a second end connected to said hooking mechanism, characterized in that said lever system comprises at least one pulley adapted to allow a sliding of said at least one cord, said pulley being rotatably mounted at said hooking mechanism, wherein said engagement element is slidably mounted with said luggage to pass from said position of engagement to said position of disengagement with said at least one engageable element and in that said engagement element is connected to said second end of said at least one cord of said lever system. a control mechanism comprising at least one control lever, a hooking mechanism comprising at least one engagement element being adapted to pass from a position of engagement with said at least one engageable element of said support frame and a position of disengagement from said at least one engageable element, a lever system comprising at least one cord comprising a first end connected to said control mechanism and a second end connected to said hooking mechanism, characterized in that said lever system comprises at least one pulley adapted to allow a sliding of said at least one cord, said pulley being rotatably mounted at said hooking mechanism, wherein said engagement element is slidably mounted with said luggage to pass from said position of engagement to said position of disengagement with said at least one engageable element and in that said engagement element is connected to said second end of said at least one cord of said lever system.
A cell in which (i) the activity of an enzyme relating to the synthesis of GDP-fucose is deleted, or (ii) the activity of an enzyme relating to the synthesis of GDP-fucose and the activity of α1,6-fucosyltransferase are deleted, by a genetic engineering technique, wherein said enzyme relating to the synthesis of GDP-fucose is an enzyme selected from the group consisting of the following (a), (b) and (c): (a) GMD (GDP-mannose 4,6-dehydratase); (b) Fx (GDP-keto-6-deoxymannose 3,5-epimerase, 4-reductase); (c) GFPP (GDP-beta-L-fucose pyrophosphorylase), and wherein the genetic engineering technique is a technique selected from the group consisting of the following,, and: a gene disruption technique targeting a gene encoding the enzyme; a technique for introducing a dominant negative mutant of a gene encoding the enzyme; a technique for introducing mutation into the enzyme; a technique for inhibiting transcription and/or translation of a gene encoding the enzyme. (i) the activity of an enzyme relating to the synthesis of GDP-fucose is deleted, or (ii) the activity of an enzyme relating to the synthesis of GDP-fucose and the activity of α1,6-fucosyltransferase are deleted, (a) GMD (GDP-mannose 4,6-dehydratase); (b) Fx (GDP-keto-6-deoxymannose 3,5-epimerase, 4-reductase); (c) GFPP (GDP-beta-L-fucose pyrophosphorylase), a gene disruption technique targeting a gene encoding the enzyme; a technique for introducing a dominant negative mutant of a gene encoding the enzyme; a technique for introducing mutation into the enzyme; a technique for inhibiting transcription and/or translation of a gene encoding the enzyme.