mhurhangee/ep-ind-claims huggingface dataset:
Method - for securing the car of a lift - which is provided for the configuration of regular unlocking zones in the region around the provided stopping places at the floors - against unintentional movement - with the monitoring - of the speed of the car, and - of the vertical position of the car in the lift shaft, and - of the status of the door lock of the car door, and - with the identification - of a halt of the car, and - of a vertical position outside a regular unlocking zone, and - of an unlocked state of the car door, and - with a first part method - which, if - if the car halts - outside a regular unlocking zone - with an unlocked car door, - configures a temporary unlocking zone - with an upper and lower limit (21, 22) above and below the position of the halt of the car, characterized in that the first part method - configures the temporary unlocking zone - with a maximum permissible moving speed for the car. - for securing the car of a lift - which is provided for the configuration of regular unlocking zones in the region around the provided stopping places at the floors - against unintentional movement - which is provided for the configuration of regular unlocking zones in the region around the provided stopping places at the floors - against unintentional movement - with the monitoring - of the speed of the car, and - of the vertical position of the car in the lift shaft, and - of the status of the door lock of the car door, and - of the speed of the car, and - of the vertical position of the car in the lift shaft, and - of the status of the door lock of the car door, and - with the identification - of a halt of the car, and - of a vertical position outside a regular unlocking zone, and - of an unlocked state of the car door, and - of a halt of the car, and - of a vertical position outside a regular unlocking zone, and - of an unlocked state of the car door, and - with a first part method - which, if - if the car halts - outside a regular unlocking zone - with an unlocked car door, - which, if - if the car halts - outside a regular unlocking zone - with an unlocked car door, - if the car halts - outside a regular unlocking zone - with an unlocked car door, - configures a temporary unlocking zone - with an upper and lower limit (21, 22) above and below the position of the halt of the car, - configures the temporary unlocking zone - with a maximum permissible moving speed for the car. - with a maximum permissible moving speed for the car.
System having a cartridge and a cartridge receptacle which is provided on the connecting region of the cartridge, wherein the cartridge receptacle is fixedly connected to the cartridge, and wherein the cartridge receptacle is able to be connected to a dispenser; wherein the cartridge has a wall region, one end of which is adjoined by a connecting region which is closed by a membrane, and at the opposite end of which a bottom region is provided, wherein the wall region and the bottom region define a cavity which accommodates a beverage substrate and/or foodstuff substrate; wherein the connecting region has at least one flange which is provided with a positioning means, characterized in that the cartridge receptacle has a piercing means which perforates the membrane, wherein the piercing means has a channel, wherein a gas that pushes the beverage substrate and/or foodstuff substrate out of the cartridge can be pushed into the cartridge through this channel.
A data processing method, applied to a first user equipment of an augmented reality system, the first user equipment comprising a first display screen, the system further comprising a second user equipment communicatively connected to the first user equipment, and the second user equipment comprising a second display screen; wherein the data processing method comprises: displaying (S301, S401, S701, S910) virtual objects in a display area of the first display screen; selecting a target virtual object from the virtual objects displayed in the display area of the first display screen; presetting a trajectory table, wherein the trajectory table comprises identifications of the virtual objects and motion trajectories corresponding to the identifications; determining the motion trajectory corresponding to the target virtual object from the trajectory table; and triggering (S302, S402, S702, S920) the target virtual object to move towards the second user equipment based on the motion trajectory so that the second user equipment, in response to the target virtual object moving into an observation area of the second user equipment, displays the target virtual object in a display area of the second display screen; characterized in that, before the displaying (S301, S401, S701, S910) virtual objects in a display area of the first display screen, the method further comprises: sending a connection request to the second user equipment, in response to the first user equipment having determined that an orientation of a field of view of the second user equipment is the same as an orientation of a field of view of the first user equipment, to complete a connection between the first user equipment and the second user equipment. displaying (S301, S401, S701, S910) virtual objects in a display area of the first display screen; selecting a target virtual object from the virtual objects displayed in the display area of the first display screen; presetting a trajectory table, wherein the trajectory table comprises identifications of the virtual objects and motion trajectories corresponding to the identifications; determining the motion trajectory corresponding to the target virtual object from the trajectory table; and triggering (S302, S402, S702, S920) the target virtual object to move towards the second user equipment based on the motion trajectory so that the second user equipment, in response to the target virtual object moving into an observation area of the second user equipment, displays the target virtual object in a display area of the second display screen; characterized in that, before the displaying (S301, S401, S701, S910) virtual objects in a display area of the first display screen, the method further comprises: sending a connection request to the second user equipment, in response to the first user equipment having determined that an orientation of a field of view of the second user equipment is the same as an orientation of a field of view of the first user equipment, to complete a connection between the first user equipment and the second user equipment.
A method for attaching a trampoline jumping mat to a trampoline frame using: at least one clip comprising an aperture, the clip further comprising a hook for attaching the clip to the trampoline frame; and at least one elastic connector comprising a length of elastic material with two ends; the two ends being connected together so that the elastic material forms a loop capable of passing through the aperture in a clip with a portion comprising the ends of the material fastened together which portion cannot pass through the aperture; the edge of the trampoline jumping mat being provided with a plurality of through openings; the method comprising the steps of: "a". passing the loop of the elastic connector through the aperture in the clip; "b". attaching the clip to the frame using the hook; "c". passing the loop of the elastic connector around both the hook and the frame; "d". passing the loop through a through opening at the edge of the trampoline jumping mat; and "e". pulling the loop back to the clip and over a protrusion formed in the clip. at least one clip comprising an aperture, the clip further comprising a hook for attaching the clip to the trampoline frame; and at least one elastic connector comprising a length of elastic material with two ends; the two ends being connected together so that the elastic material forms a loop capable of passing through the aperture in a clip with a portion comprising the ends of the material fastened together which portion cannot pass through the aperture; the edge of the trampoline jumping mat being provided with a plurality of through openings; "a". passing the loop of the elastic connector through the aperture in the clip; "b". attaching the clip to the frame using the hook; "c". passing the loop of the elastic connector around both the hook and the frame; "d". passing the loop through a through opening at the edge of the trampoline jumping mat; and "e". pulling the loop back to the clip and over a protrusion formed in the clip.
A pharmaceutical composition that inhibits the immune response-suppressing activity of the cell having an immune response-suppressing function, said composition comprising as an active ingredient a first antigen-binding molecule that comprises: a domain that binds to a molecule expressed on the surface of a cell having an immune response-suppressing function, wherein the molecule expressed on the surface of the cell having an immune response-suppressing function is CTLA4; and a T cell receptor complex-binding domain, wherein the pharmaceutical composition is for use in treating or preventing cancer, and wherein said pharmaceutical composition is for use in combination with an anticancer agent. a domain that binds to a molecule expressed on the surface of a cell having an immune response-suppressing function, wherein the molecule expressed on the surface of the cell having an immune response-suppressing function is CTLA4; and a T cell receptor complex-binding domain,
A chewing gum base comprising one or more cross-linked hydrocolloids and one or more coupling agents, wherein the one or more coupling agents is selected from the group consisting of diacetyl tartaric acid esters of monoglycerides (DATEM), citric acid esters of monoglycerides, succinylated monoglyceride, hydroxy-terminated butadiene, hydroxystearic acid-polyethylene glycol copolymer, acrylic acid-long chain alkyl acrylate copolymer, styrene-isoprene-styrene, styrene-butadiene-styrene, ethylene-propylene-ethylene, and ethylene-vinyl acetate-ethylene block copolymers
A non-therapeutic use of a composition comprising a combination of resveratrol oligomers and hyaluronic acid or a salt thereof as active principles for stimulating the hyaluronic acid production in a mammal cell or tissue, in particular a human mammal.
A method of preparing a cultured dairy bar product comprising: a) providing a cultured dairy composition having i) total solids content of at least 22 % by weight of the cultured dairy composition and a milk solids content of greater than 38 wt% based on total solids content, ii) a gelatin content of from 0.7 to 1.5 % by weight of the cultured dairy composition, and iii) a viscosity of from 200,000 mPa•s (200,000 cP) to 700,000 mPa•s (700,000 cP) as determined using a Brookfield viscometer model DV-II+, equipped with a helipath T-bar spindle, size F with a lowering vertical motion at 4 °C, wherein the spindle operates for 30 seconds at 10 rpm; b) freezing the cultured dairy composition to form frozen cultured dairy portions; c) coating the frozen cultured dairy portions with a fat-based coating composition comprising from 20 to 80 % fat by weight of the fat-based coating composition, the fat-based coating composition being a solid at 7.2 °C(45 °F), thereby completely enveloping the frozen cultured dairy portions to form a frozen cultured dairy bar product; and d) storing the cultured dairy bar product at a temperature at or below 7.2 °C(45 °F). a) providing a cultured dairy composition having i) total solids content of at least 22 % by weight of the cultured dairy composition and a milk solids content of greater than 38 wt% based on total solids content, ii) a gelatin content of from 0.7 to 1.5 % by weight of the cultured dairy composition, and iii) a viscosity of from 200,000 mPa•s (200,000 cP) to 700,000 mPa•s (700,000 cP) as determined using a Brookfield viscometer model DV-II+, equipped with a helipath T-bar spindle, size F with a lowering vertical motion at 4 °C, wherein the spindle operates for 30 seconds at 10 rpm; i) total solids content of at least 22 % by weight of the cultured dairy composition and a milk solids content of greater than 38 wt% based on total solids content, ii) a gelatin content of from 0.7 to 1.5 % by weight of the cultured dairy composition, and iii) a viscosity of from 200,000 mPa•s (200,000 cP) to 700,000 mPa•s (700,000 cP) as determined using a Brookfield viscometer model DV-II+, equipped with a helipath T-bar spindle, size F with a lowering vertical motion at 4 °C, wherein the spindle operates for 30 seconds at 10 rpm; b) freezing the cultured dairy composition to form frozen cultured dairy portions; c) coating the frozen cultured dairy portions with a fat-based coating composition comprising from 20 to 80 % fat by weight of the fat-based coating composition, the fat-based coating composition being a solid at 7.2 °C(45 °F), thereby completely enveloping the frozen cultured dairy portions to form a frozen cultured dairy bar product; and d) storing the cultured dairy bar product at a temperature at or below 7.2 °C(45 °F).
A method of determining where crowds exist, wherein the method is carried out using a portable communication device, the method comprising: requesting mobile critical mass information for at least one desired location (70; 80) from a network application server (18; 22); receiving mobile critical mass information corresponding to the at least one desired location (70; 80), the mobile critical mass information including presence information for other users or subscribers in proximity to the at least one desired location (70; 80); converting the received mobile critical mass information into crowdedness information based on one or more user-defined parameters, wherein the crowdedness information is being indicative of (i) a number of portable communication devices in proximity to the at least one desired location; and (ii) crowdedness of the at least one desired location relative to a fixed standard; and outputting the crowdedness information in a user-sensible format, wherein the outputting step including displaying crowdedness information in a graphical format. requesting mobile critical mass information for at least one desired location (70; 80) from a network application server (18; 22); receiving mobile critical mass information corresponding to the at least one desired location (70; 80), the mobile critical mass information including presence information for other users or subscribers in proximity to the at least one desired location (70; 80); converting the received mobile critical mass information into crowdedness information based on one or more user-defined parameters, wherein the crowdedness information is being indicative of (i) a number of portable communication devices in proximity to the at least one desired location; and (ii) crowdedness of the at least one desired location relative to a fixed standard; and outputting the crowdedness information in a user-sensible format, wherein the outputting step including displaying crowdedness information in a graphical format.
A rotary machine, comprising: a shell including an oil sump for receiving lubricating oil; and a rotary shaft disposed in the shell, wherein the rotary shaft is provided therein with a through hole (54, 56) extending in an axial direction of the rotary shaft and the rotary shaft is in fluid communication with the oil sump via the through hole; characterized in that the rotary machine further comprises an oil level sensor in fluid communication with the through hole in the rotary shaft through a pressure picking passage, the pressure picking passage comprising: a pressure picking hole extending through a side wall of the rotary shaft and in fluid communication with the through hole in the rotary shaft, a circumferential oil groove (114; 114A, 114B) in fluid communication with the pressure picking hole, and a communicating channel in fluid communication with the circumferential oil groove (114; 114A, 114B) and the oil level sensor; the pressure picking passage arranged such that, when the rotary shaft rotates, a centrifugal force causes lubricating oil to flow from the oil sump up to the pressure picking hole. a shell including an oil sump for receiving lubricating oil; and a rotary shaft disposed in the shell, wherein the rotary shaft is provided therein with a through hole (54, 56) extending in an axial direction of the rotary shaft and the rotary shaft is in fluid communication with the oil sump via the through hole; characterized in that the rotary machine further comprises an oil level sensor in fluid communication with the through hole in the rotary shaft through a pressure picking passage, the pressure picking passage comprising: a pressure picking hole extending through a side wall of the rotary shaft and in fluid communication with the through hole in the rotary shaft, a circumferential oil groove (114; 114A, 114B) in fluid communication with the pressure picking hole, and a communicating channel in fluid communication with the circumferential oil groove (114; 114A, 114B) and the oil level sensor; a pressure picking hole extending through a side wall of the rotary shaft and in fluid communication with the through hole in the rotary shaft, a circumferential oil groove (114; 114A, 114B) in fluid communication with the pressure picking hole, and a communicating channel in fluid communication with the circumferential oil groove (114; 114A, 114B) and the oil level sensor; the pressure picking passage arranged such that, when the rotary shaft rotates, a centrifugal force causes lubricating oil to flow from the oil sump up to the pressure picking hole.
A channel member having an inner spiral channel through which a fluid flows, the channel being formed by a lid part, a bottom plate part, and a wall part connected to the lid part and the bottom plate part, the wall part comprising a ceramic laminate, wherein the wall part has a protrusion and a recess inside the channel, and wherein the maximum difference between the protrusion and recess of the wall part that forms the channel in the center of the channel member as viewed in a cross section of the channel perpendicular to a direction in which the fluid flows is larger than the maximum difference between the protrusion and recess of the wall part that forms the channel in the periphery of the channel member.
Method for operating a rail-borne traffic system, wherein: - a track-side device transmits a first piece of information that indirectly or directly identifies the location of the track-side device and also a second piece of information that indirectly or directly identifies the direction of travel of a rail-borne vehicle, - the first and second pieces of information are received by means of the rail-borne vehicle at the location of the track-side device, and - on the basis of the received first and second pieces of information the rail-borne vehicle determines the position at least of one vehicle end of the rail-borne vehicle. - a track-side device transmits a first piece of information that indirectly or directly identifies the location of the track-side device and also a second piece of information that indirectly or directly identifies the direction of travel of a rail-borne vehicle, - the first and second pieces of information are received by means of the rail-borne vehicle at the location of the track-side device, and - on the basis of the received first and second pieces of information the rail-borne vehicle determines the position at least of one vehicle end of the rail-borne vehicle.
Cooled housing for the stator of a direct drive, in which cooling channels run on an outer lateral surface of the housing and are sealed by an annular cover arranged on the lateral surface, wherein the cover has openings as inlet and outlet for a cooling medium, characterized in that the cover is arranged so that partial regions of the lateral surface of the housing are not covered by the cover, and that the cover is shorter in the axial direction than the lateral surface of the housing, and that the partial regions are two annular regions which surround the lateral surface on an end side and which are machined as regards the average roughness value (Ra) and demand on dimensional accuracy with a higher precision than a middle region of the lateral surface fitted with the cooling channels between the partial regions, and that the partial regions form as a result of their accessibility when fitting the direct drive, a position reference for fitting the stator and thus also a mechanical reference for installing the direct drive.
Card reader comprising: a plastic housing (5, 6) with a bottom, a contacting unit that is arranged in the bottom and is at least partially extrusion-coated with plastic material, for data exchange with a chip card that is inserted into the card reader, wherein the contacting unit comprises contacts (11a, 11b) that project into the card path for contacting electric contact fields of the chip card, and a discharge plate that is arranged upstream of the contacting unit on the same side as the contacts (11a, 11b) in the card insertion direction, with two connecting feet for soldering onto a circuit board, characterized in that the discharge plate is arranged in the bottom and is at least partially extrusion-coated with plastic material. a plastic housing (5, 6) with a bottom, a contacting unit that is arranged in the bottom and is at least partially extrusion-coated with plastic material, for data exchange with a chip card that is inserted into the card reader, wherein the contacting unit comprises contacts (11a, 11b) that project into the card path for contacting electric contact fields of the chip card, and a discharge plate that is arranged upstream of the contacting unit on the same side as the contacts (11a, 11b) in the card insertion direction, with two connecting feet for soldering onto a circuit board, characterized in that the discharge plate is arranged in the bottom and is at least partially extrusion-coated with plastic material.
A steering spindle, comprising: a hollow outer tube having a lengthening section and an attachment section, the attachment section having a transition portion and a connection portion, the lengthening section adjoining the attachment section at an end of the transition portion, the transition portion being between the lengthening section and the connection portion, an outer diameter of the connection portion being smaller than an outer diameter of the lengthening section, the lengthening section having first and second portions (124, 126), the second portion being between the first portion and the transition portion, the outer tube terminating at an end of the connection portion; and a hollow inner tube press-fit into the outer tube, an end of the inner tube being adjacent the end of the transition portion, the inner tube not extending into the attachment section, the inner tube not extending into the first portion, a length of the second portion being at least equal to a length of the inner tube. a hollow outer tube having a lengthening section and an attachment section, the attachment section having a transition portion and a connection portion, the lengthening section adjoining the attachment section at an end of the transition portion, the transition portion being between the lengthening section and the connection portion, an outer diameter of the connection portion being smaller than an outer diameter of the lengthening section, the lengthening section having first and second portions (124, 126), the second portion being between the first portion and the transition portion, the outer tube terminating at an end of the connection portion; and a hollow inner tube press-fit into the outer tube, an end of the inner tube being adjacent the end of the transition portion, the inner tube not extending into the attachment section, the inner tube not extending into the first portion, a length of the second portion being at least equal to a length of the inner tube.