mhurhangee/ep-ind-claims huggingface dataset:
Refrigeration and/or freezer device, with at least one cooling unit, with at least one temperature sensor for determining the temperature in at least one region of the refrigeration and/or freezer device as well as with at least one controlling and regulating unit, which, dependent upon the temperature values measured by the temperature sensor turns the cooling unit on and/or off, wherein the refrigeration and/or freezer device comprises at least one communication system or is in communication with at least one communication system, wherein the communication system is configured in such a way that the refrigeration and/or freezer device receives energy and efficiency-related data directly or indirectly from one or multiple other devices and/or from one or multiple energy producers and/or energy management units and/or sends this data thereto, and wherein the refrigeration and/or freezer device, preferably the controlling or regulating unit, is configured in such a way that the power consumption of the refrigeration and/or freezer device is set dependent upon this received data and/or signaled by means of the communication system, wherein the device comprises a prognosis unit or is in communication with a prognosis unit, which is configured in such a way that it creates a prognosis about the future power consumption and preferably about the time-dependent course of the power consumption, characterized in that the future power consumption is sent to energy producers and/or energy management units.
A battery module, comprising: a housing assembly and a plurality of batteries received in spaces of the housing assembly for receiving the batteries, the housing assembly for a battery module comprising: a plurality of brackets; a plurality of copper bars, disposed vertically on the brackets and having a through-hole (212, 211) adapted for an extension of an electrode (101, 102) of the battery; a plurality of insulating frames, disposed on the copper bars to cover the electrodes (101, 102) of the batteries, wherein the insulating frame is connected with the brackets by a snap and extends in the same direction as that of the copper bar; characterized in that the brackets include a top plate, a base plate, a left side plate, and a right side plate, the brackets being disposed side by side in the front-rear direction and connected by a snap; wherein each bracket further includes a bracket separator disposed on a longitudinal center plane of the respective bracket; wherein the batteries are fixedly fixed by two adjacent frames along the front-rear direction, each two adjacent brackets defining a space for receiving the corresponding battery. a plurality of brackets; a plurality of copper bars, disposed vertically on the brackets and having a through-hole (212, 211) adapted for an extension of an electrode (101, 102) of the battery; a plurality of insulating frames, disposed on the copper bars to cover the electrodes (101, 102) of the batteries, wherein the insulating frame is connected with the brackets by a snap and extends in the same direction as that of the copper bar; characterized in that the brackets include a top plate, a base plate, a left side plate, and a right side plate, the brackets being disposed side by side in the front-rear direction and connected by a snap; wherein each bracket further includes a bracket separator disposed on a longitudinal center plane of the respective bracket; wherein the batteries are fixedly fixed by two adjacent frames along the front-rear direction, each two adjacent brackets defining a space for receiving the corresponding battery.
Method of testing a railway system or parts thereof, which comprises - resources of a constructional infrastructure, in particular a rail network, - vehicle resources, - resources of a guidance control system, and - resources of a safety technique, which are used by at least one control system (2, 3, 4, 5) on the basis of operating rules and operating methods (p1,..., pn), by means of which defined operating processes (p) are implemented on a case-by-case basis, to which process data, such as input variables (x, y, z), output variables (o) and operating variables (s), are allocated, characterised in that during operation of the railway system implemented operating processes (p) are identified and process results of the identified operating processes (p) are collected from the railway system and compared in a test computer with reference data in order to test the performance of the identified operating processes (p). - resources of a constructional infrastructure, in particular a rail network, - vehicle resources, - resources of a guidance control system, and - resources of a safety technique,
The use of a phospholipase A in the production of cake to enable reduction of the amount of fat used in the recipe, wherein the phospholipase is added during preparation of the batter and is allowed to act in-situ.
A method of operation of a cellular access point amongst a plurality of interconnected cellular access points, the method comprising: receiving (40; 110) from a first user equipment a connection attempt that would cause the access point to exceed a first predetermined capacity threshold; selecting (46; 114, 126) one of the previously connected user equipments and an associated one of the plurality of interconnected cellular access points; initiating (48; 116, 128) a handover of the selected one of the previously connected user equipments to the associated one of the plurality of interconnected cellular access points; and establishing (50; 118, 130) a connection with the first user equipment; characterised by: thereafter, allowing a handover of the selected one of the previously connected user equipments from the associated one of the plurality of interconnected cellular access points to said cellular access point only after a timer has expired, and characterised in that the step of selecting one of the previously connected user equipments comprises prioritising candidate connected users based on a type of service used by each of the candidate connected users. receiving (40; 110) from a first user equipment a connection attempt that would cause the access point to exceed a first predetermined capacity threshold; selecting (46; 114, 126) one of the previously connected user equipments and an associated one of the plurality of interconnected cellular access points; initiating (48; 116, 128) a handover of the selected one of the previously connected user equipments to the associated one of the plurality of interconnected cellular access points; and establishing (50; 118, 130) a connection with the first user equipment; characterised by: thereafter, allowing a handover of the selected one of the previously connected user equipments from the associated one of the plurality of interconnected cellular access points to said cellular access point only after a timer has expired, and characterised in that the step of selecting one of the previously connected user equipments comprises prioritising candidate connected users based on a type of service used by each of the candidate connected users. thereafter, allowing a handover of the selected one of the previously connected user equipments from the associated one of the plurality of interconnected cellular access points to said cellular access point only after a timer has expired, and characterised in that the step of selecting one of the previously connected user equipments comprises prioritising candidate connected users based on a type of service used by each of the candidate connected users.
A testing device comprising: an entry port configured to receive a test sample; a sample holding chamber in fluid communication with the entry port and configured as a conduit for receiving the sample; a latch configured to close the entry port; characterised in a restriction located at the end of the holding chamber; a capillary sample distribution port provided as an extension of the sample holding chamber, wherein the capillary sample distribution port is formed into a slot in a base of the testing device; a capillary distribution channel comprising a plurality of lateral flow test strips, wherein the capillary sample distribution port is in fluid communication with the at least one lateral flow test strip positioned within the capillary distribution channel; and a displacement device configured to move a portion of said test sample from said holding chamber into said capillary distribution channel, wherein the displacement device is an air bladder. an entry port configured to receive a test sample; a sample holding chamber in fluid communication with the entry port and configured as a conduit for receiving the sample; a latch configured to close the entry port; characterised in a restriction located at the end of the holding chamber; a capillary sample distribution port provided as an extension of the sample holding chamber, wherein the capillary sample distribution port is formed into a slot in a base of the testing device; a capillary distribution channel comprising a plurality of lateral flow test strips, wherein the capillary sample distribution port is in fluid communication with the at least one lateral flow test strip positioned within the capillary distribution channel; and a displacement device configured to move a portion of said test sample from said holding chamber into said capillary distribution channel, wherein the displacement device is an air bladder.
A mobile home comprising an internal structure housing the inside living area of the mobile home and an external structure that surrounds at least one surface of the internal structure and wherein the mobile home has two configurations being: (a) a closed configuration wherein the external structure substantially aligns with and encloses at least one surface of the internal structure; (b) an open configuration wherein the external structure rotates about an axis from the internal structure forming an outdoor deck area on the external structure adjacent the internal structure inside living area; and characterised in that to move from the closed to the open configuration, the external structure is initially moved so as to extend out from the mobile home in a linear translation before being rotated to the open configuration. (a) a closed configuration wherein the external structure substantially aligns with and encloses at least one surface of the internal structure; (b) an open configuration wherein the external structure rotates about an axis from the internal structure forming an outdoor deck area on the external structure adjacent the internal structure inside living area; and
A method of assembly of a window profile comprising an inner shell and an outer shell and an insulating thermal bridge connecting both shells, wherein said method comprises the steps of: (a) providing an inner shell and an outer shell; (b) providing two legs (4a, 4b) of insulating material that together will define the thermal bridge; (c) sandwiching a slab of foam material between said legs (4a, 4b) wherein said foam slab is compressed in at least one dimension when sandwiched between the legs (4a, 4b); (d) simultaneously and/or subsequently fixing said legs (4a, 4b) to the inner and outer shells (2, 3) while maintaining the slab of foam sandwiched between both legs (4a, 4b). (a) providing an inner shell and an outer shell; (b) providing two legs (4a, 4b) of insulating material that together will define the thermal bridge; (c) sandwiching a slab of foam material between said legs (4a, 4b) wherein said foam slab is compressed in at least one dimension when sandwiched between the legs (4a, 4b); (d) simultaneously and/or subsequently fixing said legs (4a, 4b) to the inner and outer shells (2, 3) while maintaining the slab of foam sandwiched between both legs (4a, 4b).
A closure cap for sealing an outlet end of a barrel of a medicament container, the outlet end having a radially widened rim and the outlet end being sealable by an elastomeric seal, wherein the elastomeric seal comprises a flange portion configured to abut in a longitudinal direction with the outlet end, the closure cap comprising: - a cap body comprising a retainer portion and a fastening portion, - wherein the retainer portion is configured to engage with the elastomeric seal, - wherein the fastening portion comprises a resiliently and radially deformable fastener comprising a snap feature configured to releasably engage with the radially widened rim of the outlet end, and - wherein a longitudinal distance between the retainer portion and the snap feature is sized to receive the radially widened rim of the outlet end and the flange portion of the elastomeric seal between the retainer portion and the snap feature, characterized by - an outer flange portion protruding radially outwardly from at least one of the retainer portion and the fastening portion. - a cap body comprising a retainer portion and a fastening portion, - wherein the retainer portion is configured to engage with the elastomeric seal, - wherein the fastening portion comprises a resiliently and radially deformable fastener comprising a snap feature configured to releasably engage with the radially widened rim of the outlet end, and - wherein a longitudinal distance between the retainer portion and the snap feature is sized to receive the radially widened rim of the outlet end and the flange portion of the elastomeric seal between the retainer portion and the snap feature, characterized by - an outer flange portion protruding radially outwardly from at least one of the retainer portion and the fastening portion.
Tyre monitoring device, comprising an electronic unit at least partially enclosed in an encapsulation material, said device comprising: - a lower portion having a base surface aimed at fixing said device to an inner surface portion of a tyre; - an upper portion arranged on the opposite side of said device with respect to said base surface, said upper portion enclosing said electronic unit; wherein: - at least part of said lower portion and at least part of said upper portion are formed in continuity by said encapsulation material; - said upper portion projects on said lower portion an area smaller with respect to an area of said base surface, characterized in that said area of said base surface is equal to at least 300% of the area projected onto said lower portion by said upper portion. - a lower portion having a base surface aimed at fixing said device to an inner surface portion of a tyre; - an upper portion arranged on the opposite side of said device with respect to said base surface, said upper portion enclosing said electronic unit; - at least part of said lower portion and at least part of said upper portion are formed in continuity by said encapsulation material; - said upper portion projects on said lower portion an area smaller with respect to an area of said base surface,
Nanocrystals of fluticasone propionate having an X-ray powder diffraction pattern including peaks at about 7.8, 15.7, 20.8, 23.7, 24.5, and 32.5 degrees 2θ further including peaks at about 9.9, 13.0, 14.6, 16.0, 16.9, 18.1, and 34.3 degrees 2θ, characterized in that: the nanocrystals are nanoplates having the crystallographic axis substantially normal to the surfaces that define the thickness of the nanoplates, wherein said nanoplates have an average size between 100 and 1000 nm. the nanocrystals are nanoplates having the crystallographic axis substantially normal to the surfaces that define the thickness of the nanoplates, wherein said nanoplates have an average size between 100 and 1000 nm.
An audio device comprising: a housing comprising a side facing outwardly of the housing, the housing further comprising a first mounting position disposed on the side, wherein the side comprises a first portior and a second portion, the first portion opposite the second portion relative to the first mounting position; a first omnidirectional microphone disposed on the first portion; a second microphone disposed on the first mounting position, the second microphone comprising a second-order microphone, the second-order microphone comprising a first-order microphone disposed within a first platform mounted a distance from the first mounting position; and a first speakei disposed on the second portion, wherein the first speaker is further disposed such that an audio output of the first speaker falls within a null of the second microphone. a housing comprising a side facing outwardly of the housing, the housing further comprising a first mounting position disposed on the side, wherein the side comprises a first portior and a second portion, the first portion opposite the second portion relative to the first mounting position; a first omnidirectional microphone disposed on the first portion; a second microphone disposed on the first mounting position, the second microphone comprising a second-order microphone, the second-order microphone comprising a first-order microphone disposed within a first platform mounted a distance from the first mounting position; and a first speakei disposed on the second portion, wherein the first speaker is further disposed such that an audio output of the first speaker falls within a null of the second microphone.
A rear spoiler device comprising a force-absorbing device for compensating a force between at least two components (1, 2), with at least a first component and at least one second component, characterized in that the force absorbing device comprises at least one deformable tongue member and at least one stud member seated, at least partly, in the tongue member, the tongue member being deformable with respect to the stud member along a deformation path within the tongue member as a function of a force application path acting on the first or second component.
An apparatus, comprising: a cross member having a first end opposite a second end; a drive member affixed to a first end portion of a drive shaft rotationally supported in said cross member; a first driven member affixed to a first end portion kof a first threaded shaft rotationally supported in said cross member orthogonal to said drive shaft, said drive member rotationally engaged to first driven member to rotate said first threaded shaft; a first follower threadingly engaged on said first threaded shaft, said first follower movable along said first threaded shaft by rotation of said first threaded shaft between a first threaded shaft first end and a first threaded shaft second end; a first handle coupled to said cross member first end; and a first elastic member or a first inelastic member (101?) coupled between said first follower and said first handle; said first elastic member or said first inelastic member responsive to movement of said first follower along said first threaded shaft.
DEVICE WITH PROTECTION NET, suitable as a barrier in any kind of opening, balconies, terraces, windows, staircases, mezzanines preferably; it combines: a) a set of profiles with an upper face and a lower face, and b) a mesh-like net made up of clear or white nylon and discontinuous weave, formed by monofilament threads outlining mono-threads and multi-threads which form a series of rhombus; it adapts itself to the different surfaces to be protected, defining an opening frame, characterised in that the profiles are long-shaped mono-pieces of convex cross section in the upper face; with al least one flat region with longitudinal notches for positioning and drilling with fastening means; said profile counts on multiple equidistant nicks all along, which is projected as an integral part of the profile to tie means of such net; said tie means are double hooks morphologically similar to an anchor composed of nail-shaped arms with a central rib intended to grant tightness.
A support platform for receiving vibration-generating units for naval vessels, especially underwater vehicles, consisting of a device platform for receiving the vibration-generating units, which is received by means of a base frame, wherein the base frame is disposed above resilient elements and an installation surface, characterized in that in the base frame one or more device platforms can be received as inserts via resilient elements which do not protrude substantially beyond the base frame in the vertical direction and the surfaces (21, 22) of the device platform and the base frame approximately form one plane and that the base frame is provided with bearing elements which form contact surfaces in the interior of the base frame for resilient elements.
A battery comprising: a folded element including: an insulated anode layer; an anode wire (401AW,402AW) connected to the insulated anode layer, wherein current in the anode wire generates an anode wire magnetic field; an insulated cathode layer; and a cathode wire (401CW,402CW) connected to the insulated cathode layer, wherein current in the cathode wire generates a cathode wire magnetic field, the cathode wire arranged to be symmetric with the anode wire through a transverse plane separating layers of the folded element in a manner that the cathode wire magnetic field has a polarity that is opposite a polarity of the anode wire magnetic field and a magnitude that is similar to a magnitude of the anode wire magnetic field; a casing containing the folded element; wherein the folded element comprises the insulated anode layer and the insulated cathode layer being folded to bring a first site in the insulated anode layer proximate to a second site in the insulated anode layer, and to bring a first site in the insulated cathode layer proximate to a second site in the insulated cathode layer. a folded element including: an insulated anode layer; an anode wire (401AW,402AW) connected to the insulated anode layer, wherein current in the anode wire generates an anode wire magnetic field; an insulated cathode layer; and a cathode wire (401CW,402CW) connected to the insulated cathode layer, wherein current in the cathode wire generates a cathode wire magnetic field, the cathode wire arranged to be symmetric with the anode wire through a transverse plane separating layers of the folded element in a manner that the cathode wire magnetic field has a polarity that is opposite a polarity of the anode wire magnetic field and a magnitude that is similar to a magnitude of the anode wire magnetic field; an insulated anode layer; an anode wire (401AW,402AW) connected to the insulated anode layer, wherein current in the anode wire generates an anode wire magnetic field; an insulated cathode layer; and a cathode wire (401CW,402CW) connected to the insulated cathode layer, wherein current in the cathode wire generates a cathode wire magnetic field, the cathode wire arranged to be symmetric with the anode wire through a transverse plane separating layers of the folded element in a manner that the cathode wire magnetic field has a polarity that is opposite a polarity of the anode wire magnetic field and a magnitude that is similar to a magnitude of the anode wire magnetic field; a casing containing the folded element; wherein the folded element comprises the insulated anode layer and the insulated cathode layer being folded to bring a first site in the insulated anode layer proximate to a second site in the insulated anode layer, and to bring a first site in the insulated cathode layer proximate to a second site in the insulated cathode layer.