mhurhangee/patent-ind-claim-en huggingface dataset:
Industrial equipment, in particular cabinet, shelving, workbench or the like, having at least two profiles , wherein each profile has at least two grooves which extend in the longitudinal direction of the profile , continue across the length of the profile , are open towards the outside of the profile , and have an L-shaped or T-shaped cross section; and having at least one wall which runs parallel to the at least two profiles and which in the region of a first lateral edge is at least in portions disposed in one of the grooves with an L-shaped or T-shaped cross section of the first profile , and which in the region of a second lateral edge that lies opposite the first lateral edge is at least in portions disposed in one of the grooves (22 28) with an L-shaped or T-shaped cross section of the second profile , characterized in that the wall in the region of the first lateral edge and in the region of the second lateral edge has in each case a single folded edge which is L-shaped in cross section, wherein the wall and the L-shaped folded edge are integrally configured; and in that two of the grooves on each profile are disposed so as to be mutually perpendicular, wherein each profile has two lateral walls which are disposed so as to be mutually perpendicular, and wherein at least one of the grooves is in each case disposed in each of the lateral walls , and wherein in the region of the first lateral edge of the wall at least one portion of the folded edge is disposed in the groove , and wherein in the region of the second lateral edge at least one portion of the folded edge is disposed in the groove , and an external face of the wall bears on one of the lateral walls of the respective profile both in the region of the first lateral edge as well as in the region of the second lateral edge.
Auger arrangement having a first drill part and a second drill part which are of tubular or bar- shaped design and in which at least one drill part is provided on its external side with an auger flight , wherein on at least one of their end regions the drill parts have matching connecting sections , wherein a first connecting section is designed as a sleeve-like female part with keyway elements and a second connecting section is designed as a mandrel-like male part with keyway elements , wherein male part and female part are plugged axially into each other to form a releasable, torque-proof connection, wherein - on an internal wall of the female part an annular internal groove is applied, - on an external wall of the male part an annular external groove is applied, - in a plugged-together state of female part and male part the internal groove and the external groove lie opposite each other and form an annular space , - on an external wall of the female part at least one introduction opening with a passage to the annular internal groove is designed and - to form an axial securing a flexible steel cable is inserted via the introduction opening into the annular space and fills this out completely or to a large degree and - on at least one connecting section a sealing region is arranged, characterized in that - several external grooves and several internal grooves are provided which, in the plugged-together state, form several annular spaces for the axial securing, - in that the sealing region on the mandrel-like male part is located in a front region and - in that the keyway elements lie between the sealing region and the several internal grooves or the several external grooves . - on an internal wall of the female part an annular internal groove is applied, - on an external wall of the male part an annular external groove is applied, - in a plugged-together state of female part and male part the internal groove and the external groove lie opposite each other and form an annular space , - on an external wall of the female part at least one introduction opening with a passage to the annular internal groove is designed and - to form an axial securing a flexible steel cable is inserted via the introduction opening into the annular space and fills this out completely or to a large degree and - on at least one connecting section a sealing region is arranged, - several external grooves and several internal grooves are provided which, in the plugged-together state, form several annular spaces for the axial securing, - in that the sealing region on the mandrel-like male part is located in a front region and - in that the keyway elements lie between the sealing region and the several internal grooves or the several external grooves .
A radiation imaging detector comprising: a first dielectric layer ; a plurality of first electrodes being row read-out electrodes and disposed on the first dielectric layer ; a second dielectric layer disposed on the first dielectric layer ; a plurality of second electrodes disposed on the second dielectric layer ; a third dielectric layer disposed on the second electrodes and the second dielectric layer ; a plurality of vias disposed on the first electrodes and penetrating the second dielectric layer and the third dielectric layer , a radiation charge conversion layer disposed on the third dielectric layer and the vias ; and a top bias electrode disposed on the radiation charge conversion layer , wherein the second electrodes are column buried electrodes, which are buried by the third dielectric layer , and wherein the radiation imaging detector is configured such that during exposure of radiation, a first bias potential is applied to the top bias electrode , and a second bias potential is applied to the second electrodes to form an electric field between the top bias electrode and second electrodes, thereby charges being accumulated at an interface between the third dielectric layer and the radiation charge conversion layer , characterized in that the radiation imaging detector is further configured such that, upon completion or readout of the exposure of radiation, the potential of the second electrodes is changed from the second bias potential to the first bias potential, and the accumulated charges are transferred to a data line through the first electrodes . a first dielectric layer ; a plurality of first electrodes being row read-out electrodes and disposed on the first dielectric layer ; a second dielectric layer disposed on the first dielectric layer ; a plurality of second electrodes disposed on the second dielectric layer ; a third dielectric layer disposed on the second electrodes and the second dielectric layer ; a plurality of vias disposed on the first electrodes and penetrating the second dielectric layer and the third dielectric layer , a radiation charge conversion layer disposed on the third dielectric layer and the vias ; and a top bias electrode disposed on the radiation charge conversion layer , wherein the second electrodes are column buried electrodes, which are buried by the third dielectric layer , and wherein the radiation imaging detector is configured such that during exposure of radiation, a first bias potential is applied to the top bias electrode , and a second bias potential is applied to the second electrodes to form an electric field between the top bias electrode and second electrodes, thereby charges being accumulated at an interface between the third dielectric layer and the radiation charge conversion layer , characterized in that the radiation imaging detector is further configured such that, upon completion or readout of the exposure of radiation, the potential of the second electrodes is changed from the second bias potential to the first bias potential, and the accumulated charges are transferred to a data line through the first electrodes .
An air conditioner comprising a heat storage device for storing heat generated by a compressor , the heat storage device comprising: a heat storage material storing heat generated by the compressor ; a heat storage heat exchanger ; and a heat storage tank accommodating the heat storage material and the heat storage heat exchanger ; wherein the heat storage material includes glycol; characterized in that a vertical position of a center of gravity (CoB) of the heat storage heat exchanger is higher than a vertical center (H2) of the heat storage tank , a lower end (H3) of the heat storage heat exchanger is lower than the vertical center (H2) of the heat storage tank , the lower end (H3) of the heat storage heat exchanger is positioned in a vicinity of the vertical center (H2) of the heat storage tank , the heat storage heat exchanger has a joint portion wherein the joint portion is located outside the heat storage tank , and the heat storage tank , the heat storage heat exchanger and the heat storage heat material are disposed to surround the compressor . a heat storage material storing heat generated by the compressor ; a heat storage heat exchanger ; and a heat storage tank accommodating the heat storage material and the heat storage heat exchanger ; wherein the heat storage material includes glycol; characterized in that a vertical position of a center of gravity (CoB) of the heat storage heat exchanger is higher than a vertical center (H2) of the heat storage tank , a lower end (H3) of the heat storage heat exchanger is lower than the vertical center (H2) of the heat storage tank , the lower end (H3) of the heat storage heat exchanger is positioned in a vicinity of the vertical center (H2) of the heat storage tank , the heat storage heat exchanger has a joint portion wherein the joint portion is located outside the heat storage tank , and the heat storage tank , the heat storage heat exchanger and the heat storage heat material are disposed to surround the compressor .
A drum unit detachably mountable to a main assembly of an electrophotographic image forming apparatus comprising: (I) a photosensitive drum ; and (II) a coupling member provided on said photosensitive drum , said coupling member including (II-I) a driving force receiving portion configured to receive a driving force from an outside of said drum unit for rotating said photosensitive drum , and (II-II) a supporting portion movably supporting said driving force receiving portion , wherein said supporting portion includes (II-II-I) a projected portion provided with said driving force receiving portion , and (II-II-II) extending portion extending in a direction crossing with a projecting direction of said projected portion , wherein said driving force receiving portion is movable at least in a radial direction of said coupling member , characterized in that at least a part of said supporting portion and/or at least a part of said driving force receiving portion is disposed inside said photosensitive drum , wherein at least a part of said projected portion is inside said photosensitive drum and wherein said projected portion is projected at least radially inward of said coupling member . (I) a photosensitive drum ; and (II) a coupling member provided on said photosensitive drum , said coupling member including (II-I) a driving force receiving portion configured to receive a driving force from an outside of said drum unit for rotating said photosensitive drum , and (II-II) a supporting portion movably supporting said driving force receiving portion , (II-I) a driving force receiving portion configured to receive a driving force from an outside of said drum unit for rotating said photosensitive drum , and (II-II) a supporting portion movably supporting said driving force receiving portion , wherein said supporting portion includes (II-II-I) a projected portion provided with said driving force receiving portion , and (II-II-II) extending portion extending in a direction crossing with a projecting direction of said projected portion , (II-II-I) a projected portion provided with said driving force receiving portion , and (II-II-II) extending portion extending in a direction crossing with a projecting direction of said projected portion , wherein said driving force receiving portion is movable at least in a radial direction of said coupling member , at least a part of said supporting portion and/or at least a part of said driving force receiving portion is disposed inside said photosensitive drum , wherein at least a part of said projected portion is inside said photosensitive drum and wherein said projected portion is projected at least radially inward of said coupling member .
A method for handover between distributed access points, AP, in a wireless local area network (WLAN) comprising: making (S201), by a central AP, a handover decision on a wireless terminal, and when the wireless terminal meets a handover condition, determining that the wireless terminal is handed over from a first distributed AP to a second distributed AP, and sending (S203) a first instruction to the second distributed AP, wherein the first instruction comprises an identifier of the wireless terminal, wherein the first instruction is used to instruct the second distributed AP to start receiving a data frame from the wireless terminal, and forbid the second distributed AP to return an acknowledgement frame to the wireless terminal; and sending (S222), by the central AP, a handover success notification message to the first distributed AP and the second distributed AP, wherein the handover success notification message comprises the identifier of the wireless terminal, wherein the handover success notification message is used to instruct the first distributed AP to stop receiving the data frame from the wireless terminal, and is used to instruct the second distributed AP to return the acknowledgement frame to the wireless terminal. making (S201), by a central AP, a handover decision on a wireless terminal, and when the wireless terminal meets a handover condition, determining that the wireless terminal is handed over from a first distributed AP to a second distributed AP, and sending (S203) a first instruction to the second distributed AP, wherein the first instruction comprises an identifier of the wireless terminal, wherein the first instruction is used to instruct the second distributed AP to start receiving a data frame from the wireless terminal, and forbid the second distributed AP to return an acknowledgement frame to the wireless terminal; and sending (S222), by the central AP, a handover success notification message to the first distributed AP and the second distributed AP, wherein the handover success notification message comprises the identifier of the wireless terminal, wherein the handover success notification message is used to instruct the first distributed AP to stop receiving the data frame from the wireless terminal, and is used to instruct the second distributed AP to return the acknowledgement frame to the wireless terminal.
An eye-tracked head-mounted display , comprising: a micro-display for generating an image to be viewed by a user, the micro-display having a display optical path and an exit pupil associated therewith; a first plane located at the micro-display and a second plane located at the exit pupil ; an image sensor configured to receive reflected optical radiation from the second plane reflected from a user's eye, the image sensor having a sensor optical path associated therewith; an illumination source for generating optical radiation and configured to illuminate the second plane to effect illumination of the user's eye, the illumination source having an illumination optical path associated therewith; and display optics comprising a freeform optical prism disposed in optical communication with 1) the micro-display along the display optical path , 2) the illumination source along the illumination optical path , and 3) the image sensor along the sensor optical path , the freeform optical prism having a selected surface closest to the micro-display and the image sensor , the freeform optical prism located relative to the micro-display and image sensor such that the display and image sensor optical paths impinge upon differing respective portions of the selected surface, the freeform optical prism positioned to receive radiation from the illumination source and transmit the radiation to the second plane. a micro-display for generating an image to be viewed by a user, the micro-display having a display optical path and an exit pupil associated therewith; a first plane located at the micro-display and a second plane located at the exit pupil ; an image sensor configured to receive reflected optical radiation from the second plane reflected from a user's eye, the image sensor having a sensor optical path associated therewith; an illumination source for generating optical radiation and configured to illuminate the second plane to effect illumination of the user's eye, the illumination source having an illumination optical path associated therewith; and display optics comprising a freeform optical prism disposed in optical communication with 1) the micro-display along the display optical path , 2) the illumination source along the illumination optical path , and 3) the image sensor along the sensor optical path , the freeform optical prism having a selected surface closest to the micro-display and the image sensor , the freeform optical prism located relative to the micro-display and image sensor such that the display and image sensor optical paths impinge upon differing respective portions of the selected surface, the freeform optical prism positioned to receive radiation from the illumination source and transmit the radiation to the second plane.
A method for forming a stable laundry detergent composition by diluting one part concentrated liquid laundry detergent composition premix in from 1 to 10 parts water, wherein said concentrated laundry detergent composition premix has a viscosity measured at 21°C 106s -1 of from 100 to 800 mPa.s., said premix comprising from 20% wt. water, from 14 to 20% wt. hydrotrope, from 20 to 60% wt. surfactant, wherein the surfactant comprises anionic surfactant and non-ionic surfactant in a weight ratio of from 1:1 to 1:99 and wherein the composition comprises from 0 to 5% wt. alkyl ether sulphate.
Multifunctional unit for the analysis and calibration of devices and components of a vehicle and, in particular, of a motor vehicle , comprising a moveable trolley of support, wherein a base is placed above said trolley which carries a screen or panel ,said multifunctional unit using a portable display unit which is connected to a vehicle electronic system by means of an OBD device installed on board of the vehicle in a specific OBD diagnostic socket, so as to allow a two-way functional dialogue between said portable display unit and the electronic control units of the driver assistance systems in general and in particular of the digital optical groups of the vehicle, in order to activate the procedures envisaged for the necessary adjustments and to guarantee a correct configuration, control and regulation procedure of the driver assistance systems of the vehicle based on additional support parameters, such as, for example, vehicle tire pressure, vehicle steering position and/or battery voltage, characterized in that a video projector is placed at the top of said screen or panel , said video projector being configured to project simulation images and/or graphic images representing panels of calibration used for the regulation and control of said driver assistance systems of the vehicle.
Tool storage device, in particular stationary tool storage device, wherein the tool storage device is intended for arrangement in an item of furniture , comprising at least one base unit (12a; 12b; 12c; 12d) and comprising at least one module unit (14a, 16a; 14b, 16b; 14c; 16d) for receiving at least one power tool (18a; 18b; 18c) and/or at least one power tool accessory (20a; 20b; 20c), wherein the base unit (12a; 12b; 12c; 12d) comprises at least one connecting unit (22a; 22b; 22c; 22d) which is intended for electrical and/or mechanical coupling to the module unit (14a, 16a; 16b; 14c; 16d), wherein the connecting unit (22a; 22b; 22c; 22d) has at least one transmission unit (28a; 28b) at least for energy transmission and/or data transmission, which transmission unit is arranged at least substantially along an entire maximum extent of the connecting unit (22a; 22b; 22c; 22d), characterized in that the transmission unit (28a; 28b) has at least one transmission element (30a; 30b), which is arranged at least partially on a pin element (24a; 24b, 24c) and/or groove element of the connecting unit (22a; 22b; 22c; 22d), at least for energy transmission and/or data transmission to the and/or from the module unit (14a, 16a; 14b, 16b; 14c; 16d).
Method for secure communication between a field device in automation technology and an end device connected to the field device via an end device communication link , wherein the field device has a cause-effect relationship with a physical process and the field device can be connected via a field bus interface to other field devices and/or a process control system for the exchange of process information, wherein an individual access code is stored in the end device and the end device transmits its access code to the field device , wherein the field device is connected to an authentication server via a server communication link and the field device transmits the access code or an access code derived from the access code to the authentication server , wherein authentication data is stored on the authentication server , on the basis of which the authenticity of the access code is checked on the authentication server , and that the resulting authentication result is transmitted from the authentication server via the server communication link to the field device , and wherein, depending on the authentication result transmitted to the field device , resources of the field device are made available to the end device , characterized in that the field device at least partially logs the communication with the end device in a protocol , so that influence on the field device is trackable, wherein either the protocol is transmitted to the authentication server upon completion of the communication and the protocol is stored on the authentication server , or alternatively wherein the protocol is continuously transmitted to the authentication server during communication and the protocol is stored on the authentication server